PRIMARY STRUCTURE – Model 1/500 -1/50 mobility hub

fig 1012A, photo, Model 1/500 -1/50 mobility hub

fig 1012B, photo, Model 1/500 -1/50 mobility hub

fig 1012C, photo, Model 1/500 -1/50 mobility hub

fig 1012D, photo, Model 1/500 -1/50 mobility hub

fig 1007A, model, Gate Building, Gate Building

fig 1007B, Gate Building, Gate Building

fig 1007C, Gate Building, axis

fig 1007D, Gate Building, Bridge Structure

fig 1004A, Busstation/Public Area Brusselsesteenweg

fig 1004B, Busstation/Public Area Brusselsesteenweg

fig 1004C, Busstation/Public Area Brusselsesteenweg

fig 1004D, Busstation/Public Area Brusselsesteenweg

fig 997A, photo, End Presentation, Axonometric Drawing

fig 996A, Photo Assignment

fig 996B, Photo Assignment

fig 996C, Photo Assignment

fig 996D, Photo Assignment

fig 995A, Hangend gebouw onder viaduct

fig 995B, Hangend gebouw onder viaduct

fig 995C, Hangend gebouw onder viaduct

fig 995D, Hangend gebouw onder viaduct

fig 993A, Viaduct Gentbrugge

fig 992A, Unite d’habitation

fig 988A, photo, Construction site

fig 988B, photo, Construction site

fig 988C, photo, Construction site

fig 988D, photo, Construction site

fig 986A, drawing, Section Column

fig 982A, Velsertunnel (A22) Ventilation Towers, NL

fig 981A, photo, Site visit W6

fig 981B, photo, Site visit W6

fig 981C, photo, Site visit W6

fig 979A, Kaduk…Kadukaduk…kadukaduk…kadukaduk…

fig 976A, The courtyard

fig 975A, photo, Oosterweel verbinding, construction site

fig 975B, photo, Oosterweel verbinding, construction site

fig 975C, photo, Oosterweel verbinding, construction site

fig 974A, bOb Van Reeth, House Botte, 1968-70

fig 971A, Viaduct Gent 2021

fig 971B, Viaduct Gent 2021, Constructie

fig 967A, finaale maquette

fig 967B, finaale maquette

fig 967C, finaale maquette

fig 965A, interieur render voorontwerp

fig 949A, Analyse

fig 948A, Analyse

fig 948B, Analyse

fig 948C, Analyse

fig 948D, Analyse

fig 945A, model, JURY 26/05/’21

fig 945B, model, JURY 26/05/’21

fig 945C, model, JURY 26/05/’21

fig 945D, drawing, JURY 26/05/’21

fig 944A, Analyse Loods

fig 944B, model, Analyse Loods

fig 944C, drawing, Analyse Loods

fig 944D, drawing, Analyse Loods

fig 938A, drawing, Jury 27mei2021

fig 938B, Jury 27mei2021

fig 938C, Jury 27mei2021

fig 938D, Jury 27mei2021

fig 935A, Analyse Nachtergaele models

fig 935B, Analyse Nachtergaele models

fig 935C, Analyse Nachtergaele models

fig 935D, Analyse Nachtergaele models

fig 933A, model, Final design Model 1/100

fig 933B, model, Final design Model 1/100

fig 933C, model, Final design Model 1/100

fig 933D, model, Final design Model 1/100

fig 930A, Design details

fig 928A, Vertical farming

fig 928B, Vertical farming

fig 927A, Vertical farming

fig 927B, Vertical farming

fig 927C, Vertical farming

fig 927D, Vertical farming

fig 925A, Design facades

fig 924A, Design Sections

fig 923A, Design isometrie

fig 922A, EL Beton A0 analyse

fig 921A, Design model 1/50

fig 920A, EL Beton – model 1/20

fig 919A, Design model 1/100

fig 919B, Design model 1/100

fig 919C, Design model 1/100

fig 918A, industrial buildings, grafted onto rammed earth wall with common functions

fig 918B, industrial buildings, grafted onto rammed earth wall with common functions

fig 918C, industrial buildings, grafted onto rammed earth wall with common functions

fig 918D, industrial buildings, grafted onto rammed earth wall with common functions

fig 917A, THE RESULT, Plot 5, model 1/100 and 1/50 by Alexandre Moens

fig 917B, THE RESULT, Plot 5, model 1/100 and 1/50 by Alexandre Moens

fig 916A, Analyse EL beton – Foto’s Maquette

fig 916B, Analyse EL beton – Foto’s Maquette

fig 916C, Analyse EL beton – Foto’s Maquette

fig 916D, Analyse EL beton – Foto’s Maquette

fig 915A, FIETSBRUG WIEDAUWKAAI

fig 915B, FIETSBRUG WIEDAUWKAAI

fig 915C, FIETSBRUG WIEDAUWKAAI

fig 915D, photo, FIETSBRUG WIEDAUWKAAI

fig 914A, LOT48 Wiedauwkaai, MODULAR CONTAINER UNITS

fig 914B, LOT48 Wiedauwkaai, MODULAR CONTAINER UNITS

fig 914C, LOT48 Wiedauwkaai, MODULAR CONTAINER UNITS

fig 913A, FIETSBRUG WIEDAUWKAAI

fig 913B, FIETSBRUG WIEDAUWKAAI

fig 913C, FIETSBRUG WIEDAUWKAAI

fig 913D, FIETSBRUG WIEDAUWKAAI

fig 912A, primary structure maquette

fig 912B, photo, primary structure maquette

fig 912C, photo, primary structure maquette

fig 912D, photo, primary structure maquette

fig 910A, LOT48 Wiedauwkaai, MODULAR CONTAINER UNITS

fig 910B, LOT48 Wiedauwkaai, MODULAR CONTAINER UNITS

fig 910C, LOT48 Wiedauwkaai, MODULAR CONTAINER UNITS

fig 910D, LOT48 Wiedauwkaai, MODULAR CONTAINER UNITS

fig 909A, LOT48 Wiedauwkaai, MODULAR CONTAINER UNITS

fig 909B, LOT48 Wiedauwkaai, MODULAR CONTAINER UNITS

fig 909C, LOT48 Wiedauwkaai, MODULAR CONTAINER UNITS

fig 909D, LOT48 Wiedauwkaai, MODULAR CONTAINER UNITS

fig 903A, drawing, I-joist factory

fig 901A, I-joist factory

fig 900A, model, I-joist factory

fig 900B, I-joist factory

fig 900C, I-joist factory

fig 868A, model, THE RESULT, model of the site 1/500 with Alexandre Moens

fig 868B, THE RESULT, model of the site 1/500 with Alexandre Moens

fig 867A, THE RESULT, Plans, sections and axonometry with Alexandre Moens

fig 867B, THE RESULT, Plans, sections and axonometry with Alexandre Moens

fig 867C, drawing, THE RESULT, Plans, sections and axonometry with Alexandre Moens

fig 866A, THE ANALYSIS, Oostmalle Delften

fig 866B, THE ANALYSIS, Oostmalle Delften

fig 866C, drawing, THE ANALYSIS, Oostmalle Delften

fig 866D, THE ANALYSIS, Oostmalle Delften

fig 865A, Circular Stacking ; RUFF

fig 864A, Circular Stacking ; Stacked roof detail

fig 863A, Circular Stacking ; Isometric drawing

fig 862A, Circular Stacking ; 1/100 model

fig 862B, Circular Stacking ; 1/100 model

fig 862C, Circular Stacking ; 1/100 model

fig 862D, Circular Stacking ; 1/100 model

fig 859A, Concrete stacking blocks ; variations in form and size

fig 857A, Final Jury Brecht De Roose & Wannes De Brouwer

fig 857B, Final Jury Brecht De Roose & Wannes De Brouwer, SONY DSC

fig 857C, Final Jury Brecht De Roose & Wannes De Brouwer

fig 857D, photo, Final Jury Brecht De Roose & Wannes De Brouwer

fig 854A, INTERBETON

fig 853A, MAISTER HEADQ., concrete pink architecture facade

fig 852A, ERFGOEDDEPOT TREZOOR KORTRIJK

fig 852B, ERFGOEDDEPOT TREZOOR KORTRIJK

fig 852C, ERFGOEDDEPOT TREZOOR KORTRIJK

fig 850A, Structure analysis Erfoeddepot Trezoor, Kortrijk

fig 850B, Structure analysis Erfoeddepot Trezoor, Kortrijk

fig 850C, Structure analysis Erfoeddepot Trezoor, Kortrijk

fig 849A, Structure analysis Erfoeddepot Trezoor, Kortrijk

fig 845A, drawing, analysis, storage for granulates, Willemen Infra, Brecht De Roose & Wannes De Brouwer

fig 845B, drawing, analysis, storage for granulates, Willemen Infra, Brecht De Roose & Wannes De Brouwer

fig 845C, analysis, storage for granulates, Willemen Infra, Brecht De Roose & Wannes De Brouwer

fig 845D, analysis, storage for granulates, Willemen Infra, Brecht De Roose & Wannes De Brouwer

fig 839A, Becher Price

fig 838A, BSF-Connection

fig 837A, drawing, Facq building, concrete detail with BSF-connection

fig 836A, drawing, Facq building, primary & secondary structure

fig 835A, model, Facq building model section, roller bridge

fig 834A, drawing, section detail structure

fig 833A, model, foto maquette

fig 826A, Structural Plan Pattyn Factory

fig 824A, photo, Visit Building Nachtergaele, back facade, Steel, old and new, renovation

fig 824B, photo, Visit Building Nachtergaele, Canopy, conncection, structure, wood, steel, detail

fig 824C, photo, Visit Building Nachtergaele, Montage, original plans

fig 824D, photo, Visit Building Nachtergaele, Facade, floor, conncetion, 3D, lost form, steel, concrete

fig 821A, SUPERSTUDIO Un catalogo di ville 1968-1970, Villa Suburbana A6

fig 819A, axo, STORAGE FOR GRANULATES, NEXT TO CONCRETE PLANT

fig 818A, Willemen Infra Asfaltcentrale Gent

fig 818B, Willemen Infra Asfaltcentrale Gent

fig 817A, photo, Loods Soubry, Roeselare – Ruff

fig 816A, photo, A. Mangiarotti

fig 816B, photo, A. Mangiarotti

fig 816C, A. Mangiarotti

fig 816D, drawing, A. Mangiarotti

fig 813A, Beton model y-kolom

fig 813B, Beton model y-kolom

fig 813C, Beton model y-kolom

fig 812A, Detail betonnen loods Ieper

fig 812B, Detail betonnen loods Ieper

fig 808A, Vliegtuigloods Grimbergen

fig 805A, Casa a tre cilindri

fig 804A, Briona 72

fig 803A, Briona 72

fig 801A, Granulate Storage Shed, Axo

fig 798A, analysis facade hangar

fig 797A, bOb van Reeth, House Botte

fig 794A, Detail foto’s – ELbeton

fig 793A, EL Beton – Structuur plan

fig 787A, Isometrie – Lange & Esthers Houses – Mies VDR

fig 783A, Detail – Lake Short Drive – Mies VDR

fig 781A, drawing, Eames Case Study House 8, Axo deciphering the different constuctive elements inside the Eames House.

fig 780A, Eames Case Study House 8, build sketch from Eames' Movie: House - after 5 years of living in it.

fig 774A, Mushroom farm

fig 773A, Peter Behrens, AEG Turbinefabriek Berlijn (1909)

fig 772A, Peter Behrens, AEG Turbinefabriek Berlijn (1909)

fig 771A, Peter Behrens, AEG Turbinefabriek Berlijn (1909)

fig 769A, Erfgoeddepot Trezoor, Kortrijk

fig 761A, fire station Mechelen

fig 759A, warehouse Zoutman ghent

fig 759B, warehouse Zoutman ghent

fig 745A, STADSPARK VYNCKIER/ DE SCHIJF

fig 745B, STADSPARK VYNCKIER/ DE SCHIJF

fig 745C, STADSPARK VYNCKIER/ DE SCHIJF

fig 745D, STADSPARK VYNCKIER/ DE SCHIJF

fig 744A, STADSPARK VYNCKIER/ DE SCHIJF

fig 743A, STADSPARK VYNCKIER/ DE SCHIJF

fig 743B, STADSPARK VYNCKIER/ DE SCHIJF

fig 743C, STADSPARK VYNCKIER/ DE SCHIJF

fig 742A, STADSPARK VYNCKIER/ DE SCHIJF

fig 742B, STADSPARK VYNCKIER/ DE SCHIJF

fig 742C, STADSPARK VYNCKIER/ DE SCHIJF

fig 742D, STADSPARK VYNCKIER/ DE SCHIJF

fig 741A, drawing, STADSPARK VYNCKIER/ DE SCHIJF

fig 741B, STADSPARK VYNCKIER/ DE SCHIJF

fig 741C, STADSPARK VYNCKIER/ DE SCHIJF

fig 741D, STADSPARK VYNCKIER/ DE SCHIJF

fig 733A, Primaru Circles_photos

fig 731A, Primary Circles_Model

fig 730A, Primary Circles_structural system

fig 728A, primary structure

fig 728B, primary structure

fig 728C, primary structure

fig 728D, primary structure

fig 727A, Vynckier Saw Shedroof

fig 727B, Vynckier Saw Shedroof

fig 727C, Vynckier Saw Shedroof

fig 726A, stil leven de werf

fig 726B, stil leven de werf

fig 726C, stil leven de werf

fig 726D, stil leven de werf

fig 725A, Vynckier Circle

fig 725B, Vynckier Circle

fig 725C, Vynckier Circle

fig 723A, Vynckier Site Saw-tooth roof

fig 723B, Vynckier Site Saw-tooth roof

fig 723C, Vynckier Site Saw-tooth roof

fig 723D, Vynckier Site Saw-tooth roof

fig 717A, Vynckier Circle Building

fig 717B, Vynckier Circle Building

fig 717C, Vynckier Circle Building

fig 717D, Vynckier Circle Building

fig 713A, structure proposition

fig 713B, structure proposition

fig 713C, structure proposition

fig 694A, Axonometries CONNECTING GRID

fig 694B, Axonometries CONNECTING GRID

fig 693A, Axonometry of fragment CONNECTING GRID

fig 693B, Axonometry of fragment CONNECTING GRID

fig 689A, Modelshots CONNECTING GRID

fig 689B, Modelshots CONNECTING GRID

fig 689C, model, Modelshots CONNECTING GRID

fig 689D, Modelshots CONNECTING GRID

fig 690A, Modelshots CONNECTING GRID

fig 690B, Modelshots CONNECTING GRID

fig 690C, Modelshots CONNECTING GRID

fig 690D, Modelshots CONNECTING GRID

fig 686A, floorplan

fig 686B, floorplan

fig 686C, floorplan

fig 685A, facades

fig 685B, facades

fig 685C, facades

fig 685D, facades

fig 683A, section

fig 683B, section

fig 683C, section

fig 680A, model

fig 680B, model

fig 680C, model

fig 680D, model

fig 679A, 27/05

fig 679B, 27/05

fig 679C, 27/05

fig 679D, drawing, 27/05

fig 678A, 27/05

fig 678B, 27/05

fig 678C, 27/05

fig 678D, drawing, 27/05

fig 677A, Axonometrie primaire structuur

fig 677B, Axonometrie primaire structuur

fig 676A, model, Dwarse snede woning

fig 674A, drawing, Langse snede

fig 672A, drawing, Dwarse snede

fig 671A, model, Schijf x Manchester

fig 671B, Schijf x Manchester

fig 671C, Schijf x Manchester

fig 671D, Schijf x Manchester

fig 669A, Aanzicht westgevel

fig 659A, Concrete Disc building

fig 657A, photo, shed structure

fig 647A, New Shed structure

fig 647B, New Shed structure

fig 644A, Green Industry ?

fig 642A, PALACE OF LABOUR, TURIN, 1961

fig 639A, Staal-beton kolom

fig 639B, Staal-beton kolom

fig 636A, circular building

fig 636B, circular building

fig 635A, Shed structure with new volume

fig 635B, Shed structure with new volume

fig 634A, shed structure

fig 634B, shed structure

fig 615A, werfbezoek

fig 614A, werfbezoek

fig 609A, Pavilion on Vynckier Site

fig 609B, Pavilion on Vynckier Site

fig 609C, Pavilion on Vynckier Site

fig 609D, Pavilion on Vynckier Site

fig 565A, Vynckier oude luchtfoto

fig 562A, drawing, Plan floor level (+0) of building 4 and 4A, Vynckier site

fig 561A, Front façade and back façade of building 4 and 4A, Vynckier site

fig 560A, Section Vynckier Machinekamer

fig 557A, section engine room archive

fig 556A, Model Engine Room

fig 556B, Model Engine Room

fig 554A, Combination industry and living, Biestebroek quay – Plusoffice Architects & Collectif WRKSHP

fig 554B, Combination industry and living, Biestebroek quay – Plusoffice Architects & Collectif WRKSHP

fig 554C, Combination industry and living, Biestebroek quay – Plusoffice Architects & Collectif WRKSHP

fig 551A, Vynckier Manchester I Foundation

fig 550A, Werf GENT

fig 549A, Parkeergebouw Ledeberg, Nieuw Parkeergebouw Ledeberg

fig 548A, Parkeergebouw Ledeberg, Nieuw Parkeergebouw Ledeberg

fig 547A, photo, Site visit

fig 547B, photo, Site visit

fig 547C, photo, Site visit

fig 544A, Bijgebouw Manchester 1

fig 543A, Constructie detail werfbezoek

fig 539A, Isomo uitsparing voor TPG betonvloer

fig 536A, Rudolf Olgiati Column

fig 535A, photo, Palais d’Iéna, Paris – Auguste Perret

fig 534A, photo, Rue Franklin 25bis, Paris – Auguste Perret

fig 532A, The Smithsons’ New Brutalism

fig 532B, The Smithsons’ New Brutalism

fig 528A, Study of the capital

fig 526A, drawing, Sketch of Art & Architecture Building

fig 518A, drawing, Kimbell Art Center

fig 518B, Kimbell Art Center

fig 516A, Column Peter Märkli

fig 515A, space and event

fig 514A, Werfbeeld 51 Rue Raynouard – Perret

fig 513A, Structural analysis, AFASIA, P. FLammer

fig 512A, model, END MODEL CNC

fig 512B, model, END MODEL CNC

fig 512C, END MODEL CNC

fig 511A, model, END MODEL

fig 511B, model, END MODEL

fig 511C, model, END MODEL

fig 508A, model, DAUWSTRAAT MODEL

fig 508B, DAUWSTRAAT MODEL

fig 508C, DAUWSTRAAT MODEL

fig 508D, DAUWSTRAAT MODEL

fig 507A, Final maquette

fig 507B, Final maquette

fig 507C, photo, Final maquette

fig 506A, drawing, PICARDSTRAAT DETAILSECTION

fig 505A, drawing, DAUWSTRAAT DETAILSECTION

fig 502A, Axonometric NG17

fig 493A, model, Work in progress model CNC-site

fig 491A, drawing, Betonnen wafelstructuur

fig 490A, test materiality – housing tower

fig 489A, NG17 – preliminary design 06/05 – hostel + offices

fig 489B, NG17 – preliminary design 06/05 – hostel + offices

fig 487A, Work in progress – Dauwstraat, Processed with VSCO with preset

fig 484A, model, Model housing tower

fig 482A, test housing tower

fig 481A, detail – concrete & wood connection

fig 480A, Werkmaquettes concept DAUWSTRAAT/PICARDSTRAAT, Processed with VSCO with preset

fig 480B, Werkmaquettes concept DAUWSTRAAT/PICARDSTRAAT, Processed with VSCO with preset

fig 475A, Wachtstaven

fig 472A, FUNDERING

fig 471A, Werfbezoek hoofdkwartier BNP Paribas Fortis

fig 471B, Werfbezoek hoofdkwartier BNP Paribas Fortis

fig 471C, Werfbezoek hoofdkwartier BNP Paribas Fortis

fig 459A, House Botte – bOb Van Reeth

fig 454A, George&Gilbert

fig 453A, renovated structure

fig 441A, Visible structure

fig 437A, model, WTC remodel – puzzle

fig 437B, model, WTC remodel – puzzle

fig 437C, model, WTC remodel – puzzle

fig 437D, model, WTC remodel – puzzle

fig 436A, model, WTC remodel – final presentation

fig 436B, model, WTC remodel – final presentation

fig 436C, model, WTC remodel – final presentation

fig 436D, model, WTC remodel – final presentation

fig 433A, finaal model

fig 433B, finaal model

fig 433C, finaal model

fig 432A, FINAL MODEL – JURY

fig 432B, FINAL MODEL – JURY

fig 432C, FINAL MODEL – JURY

fig 432D, FINAL MODEL – JURY

fig 431A, CATHEDRALE COMMUNALE_JURY

fig 431B, CATHEDRALE COMMUNALE_JURY

fig 431C, CATHEDRALE COMMUNALE_JURY

fig 431D, CATHEDRALE COMMUNALE_JURY

fig 429A, drawing, WTC remodel – detail of roof of rooftop extension

fig 429B, drawing, WTC remodel – detail of roof of rooftop extension

fig 429C, drawing, WTC remodel – detail of roof of rooftop extension

fig 429D, drawing, WTC remodel – detail of roof of rooftop extension

fig 428A, drawing, WTC remodel – section and facades

fig 428B, drawing, WTC remodel – section and facades

fig 428C, drawing, WTC remodel – section and facades

fig 428D, WTC remodel – section and facades

fig 427A, WTC remodel – a tower can have a lot of different plans

fig 427B, WTC remodel – a tower can have a lot of different plans

fig 427C, WTC remodel – a tower can have a lot of different plans

fig 427D, WTC remodel – a tower can have a lot of different plans

fig 426A, FINAL Model WTC

fig 426B, FINAL Model WTC

fig 426C, FINAL Model WTC

fig 423A, Early plan social triplex

fig 419A, waffle slab

fig 419B, waffle slab

fig 418A, drawing, snede

fig 417A, sfeer

fig 416A, drawing, proces

fig 416B, proces

fig 413A, Final design detail

fig 413B, Final design detail

fig 412A, analyse plint

fig 412B, analyse plint

fig 412C, drawing, analyse plint

fig 412D, analyse plint

fig 411A, Torre Velasca

fig 411B, Torre Velasca

fig 410A, axo details

fig 410B, drawing, axo details

fig 405A, drawing, SECTION_BREWERY_AA’

fig 404A, drawing, DETAIL_SILO

fig 403A, model, Cathedrale Communale 1/200

fig 403B, model, Cathedrale Communale 1/200

fig 403C, model, Cathedrale Communale 1/200

fig 403D, model, Cathedrale Communale 1/200

fig 401A, model, CATHEDRALE COMMUNALE_DETAIL

fig 401B, model, CATHEDRALE COMMUNALE_DETAIL

fig 399A, drawing, New vs old structure, steel vs concrete

fig 396A, drawing, Final plans

fig 395A, model, Small 1/200 scale model

fig 394A, model, Final scale model

fig 393A, model, Cathedrale Communale

fig 393B, model, Cathedrale Communale

fig 393C, model, Cathedrale Communale

fig 393D, model, Cathedrale Communale

fig 392A, model, Cathedrale Communale

fig 392B, model, Cathedrale Communale

fig 392C, model, Cathedrale Communale

fig 392D, model, Cathedrale Communale

fig 390A, Is It a Niemeyer?

fig 390B, Is It a Niemeyer?

fig 389A, CATHEDRALE COMMUNALE_PERSPECTIVE

fig 388A, CATHEDRALE COMMUNALE_DETAILS

fig 387A, CATHEDRALE COMMUNALE_ISOMETRIC

fig 385A, CATHEDRALE COMMUNALE

fig 384A, CATHEDRALE COMMUNALE_SECTIONS

fig 384B, CATHEDRALE COMMUNALE_SECTIONS

fig 383A, CATHEDRALE COMMUNALE_PLANS

fig 382A, WTC EXISTING STRUCTURE

fig 381A, ANALYSIS WTC

fig 381B, ANALYSIS WTC

fig 380A, Final design: looking inside the model

fig 380B, Final design: looking inside the model

fig 379A, The masters refer

fig 375A, STRUCTUREMODEL_SERVICEFLATS_1

fig 375B, STRUCTUREMODEL_SERVICEFLATS_1

fig 374A, WERKMAQUETTE_4.1

fig 373A, Cathedrale Communale

fig 372A, cathédrale communale work documents

fig 372B, cathédrale communale work documents

fig 371A, Research roof structure diving tank

fig 371B, Research roof structure diving tank

fig 368A, Structural model WTC brewery

fig 368B, Structural model WTC brewery

fig 365A, Bochten testen

fig 365B, Bochten testen

fig 365C, Bochten testen

fig 364A, Axo volumes

fig 364B, Axo volumes

fig 363A, cathédrale communale work documents

fig 363B, cathédrale communale work documents

fig 362A, WTC 1 – model of mosque

fig 362B, WTC 1 – model of mosque

fig 356A, Diving Tank, WTC

fig 345A, La Fábrica – Ricardo Bofill

fig 344A, How to become a Niemeyer

fig 342A, Drawing of concrete silo

fig 341A, Axo concrete factory

fig 340A, Manitoba hydro place

fig 338A, Maquette 1/50

fig 336A, Werkmaquette

fig 335A, REFERENTIE_3

fig 331A, REFERENTIE_1

fig 328A, Werf station parking

fig 328B, Werf station parking, plan ondergrondse parking

fig 328C, Werf station parking, wapening om 4 bogen op aan te sluiten, door een fout is het beton te hoog gegoten waardoor alles terug is uitgekapt. Hierdoor komt de wapening in het beton bloot te liggen.

fig 328D, Werf station parking, beton voor de Kiss&Ride wordt gegoten.

fig 327A, WTC – model

fig 327B, WTC – model

fig 326A, WTC model progress week 8

fig 325A, work documents 20180417

fig 325B, work documents 20180417

fig 325C, work documents 20180417

fig 324A, werfbezoek

fig 324B, werfbezoek

fig 324C, werfbezoek

fig 323A, Werfbezoek

fig 323B, Werfbezoek

fig 323C, Werfbezoek

fig 323D, Werfbezoek

fig 322A, Fotos werfbezoek

fig 322B, Fotos werfbezoek

fig 322C, Fotos werfbezoek

fig 319A, exploded sokkel

fig 318A, Axonometric WTC

fig 317A, Lina Bo Bardi MASP under construction

fig 315A, Tetris Within A Tetris

fig 313A, Experience the real stuff

fig 313B, Experience the real stuff

fig 313C, Experience the real stuff

fig 311A, Analysing the parking lot

fig 311B, Analysing the parking lot

fig 311C, Analysing the parking lot

fig 311D, Analysing the parking lot

fig 309A, Balkony garden

fig 309B, Balkony garden

fig 309C, Balkony garden

fig 309D, Balkony garden

fig 308A, Vertical Garden

fig 304A, work documents

fig 302A, WTC Sketch

fig 301A, WTC Plan/Section Studentdorms

fig 296A, WTC sections

fig 295A, Civic Center – SOM

fig 293A, Core WTC

fig 291A, WTC I: Axo op 2 verdiepen

fig 290A, Reference: Standard Bank Centre – Hentrich, Petschnigg & Partners ( 1970)

fig 288A, Voorstel programma toren

fig 286A, sketch on existing plan

fig 285A, sketch on existing plan

fig 284A, werfbezoek – kraan in liftschacht

fig 283A, werfbezoek – logisitek verdeelverdiep

fig 283B, werfbezoek – logisitek verdeelverdiep

fig 282A, werfbezoek – zettingsvoegen

fig 281A, werfbezoek – fout wapeningsstaal

fig 280A, werfbezoek – ultiem grid 740 x 740

fig 280B, werfbezoek – ultiem grid 740 x 740

fig 279A, werfbezoek – breedplaatwanden

fig 279B, werfbezoek – breedplaatwanden

fig 275A, Ceiling Infrastructure plan

fig 263A, structureel schema plint

fig 261A, drawing, WTC_subtraction, WTC_subtraction

fig 261B, drawing, WTC_subtraction, WTC_axonometry

fig 260A, REA new ramp

fig 257A, WTC beams

fig 256A, drawing, Structural core

fig 256B, drawing, Structural core

fig 255A, WTC pillar dimensions

fig 254A, The ramp

fig 254B, The ramp

fig 254C, The ramp

fig 253A, Working session

fig 252A, Pillar Catalogue

fig 251A, DEEP PLAN construction detail 1, structural detail 1

fig 250A, working session

fig 249A, photo, working session

fig 248A, photo, exploring the deep plan

fig 247A, WTC pattern of the pillars

fig 246A, Axonometria

fig 245A, model, Axel Fangueiro and Luna Fonseca

fig 244A, model, Maurício Muller and Jerónimo Bailat

fig 243A, model, Luciana Ligeiro and Marta Faustino

fig 240A, drawing, axonometry Marta and Luciana

fig 238A, AXONOMETRIC, Jukyung & Uk

fig 237A, final axonometry

fig 236A, model,Jukyung & Uk

fig 233A, model, Valentin Graf and Borja Fernandez

fig 230A, proces_32

fig 229A, proces_31

fig 224A, studio

fig 222A, model, proces_22

fig 221A, model, work in progress

fig 220A, drawing, proces_20

fig 217A, drawing, proces_17

fig 214A, studio, its. Ivo Tavares Studio - fotografo de arquitectura - architectural photographer

fig 213A, studio, its. Ivo Tavares Studio - fotografo de arquitectura - architectural photographer

fig 212A, final isometric Axel and Luna

fig 205A, meetings, its. Ivo Tavares Studio - fotografo de arquitectura - architectural photographer

fig 204A, meetings, its. Ivo Tavares Studio - fotografo de arquitectura - architectural photographer

fig 203A, sketch

fig 202A, WALL LIMIT AXONOMETRIC

fig 201A, Floors sections

fig 199A, sketch

fig 198A, sketch

fig 197A, work in progress … axonometry

fig 196A, AXONOMETRIC

fig 195A, visits

fig 194A, meetings

fig 193A, meetings

fig 191A, meetings

fig 190A, meetings

fig 189A, MAIN PLAN

fig 188A, porto class 17

fig 187A, studio at carlos ramos’ pavillion

fig 185A, DECORMAQUETTE

fig 181A, final drawings

fig 181B, drawing, final drawings

fig 180A, model, Site de Porre – primary structure model, A

fig 179A, Primary & New

fig 178A, model, Final model, B, 1:50

fig 177A, Final model

fig 177B, Final model, C

fig 175A, drawing, Project BOMA

fig 175B, drawing, Project BOMA

fig 175C, drawing, Project BOMA

fig 175D, drawing, Project BOMA

fig 171A, drawing, Analysis structure De Porre, Cantilever in concrete

fig 172A, drawing, Research new structures in combination with existing

fig 172B, drawing, Research new structures in combination with existing

fig 172C, drawing, Research new structures in combination with existing, acoustic solutions - new vs. existing (2)

fig 172D, drawing, Research new structures in combination with existing

fig 170A, photo, REFERENCES

fig 170B, REFERENCES

fig 170C, REFERENCES

fig 170D, REFERENCES

fig 166A, photo, FACADE DETAIL, The final fragmented detail of one of the three variations.

fig 166B, photo, FACADE DETAIL, The final fragmented detail of one of the three variations.

fig 166C, photo, FACADE DETAIL, Isometric view of the three variation on the outside columns.

fig 166D, photo, FACADE DETAIL, Handmade concrete

fig 164A, photo, CREE LCT building system, Floor slab with the holes in it for the steel bar of the columns

fig 164B, CREE LCT building system, wall piece with the columns attached

fig 165A, analysing site Gents Bakkershuis

fig 163A, Proces

fig 163B, drawing, Proces, detail exploded view

fig 163C, Proces

fig 163D, Proces

fig 160A, PROCES – AFBREKEN VS OPBOUW

fig 160B, PROCES – AFBREKEN VS OPBOUW

fig 158A, Model of the Site, The final position of the new added buildings.

fig 158B, Model of the Site, Model without any of the existing structures.

fig 157A, model masterplan

fig 155A, drawing, ISO

fig 153A, DRAWINGS

fig 153B, DRAWINGS

fig 153C, DRAWINGS

fig 153D, DRAWINGS

fig 151A, photo, Site ‘Huidevetterken’, L-profile column

fig 151B, photo, Site ‘Huidevetterken’, Steel detail

fig 149A, Sketches

fig 149B, Sketches

fig 147A, model, ‘HUIDEVETTERKEN’ werkmaquette

fig 147B, drawing, ‘HUIDEVETTERKEN’ werkmaquette, existing situation plan

fig 147C, model, ‘HUIDEVETTERKEN’ werkmaquette

fig 145A, STRUCTURAL DESIGN PRINCIPLES

fig 145B, STRUCTURAL DESIGN PRINCIPLES

fig 145C, STRUCTURAL DESIGN PRINCIPLES

fig 145D, STRUCTURAL DESIGN PRINCIPLES

fig 143A, structural color

fig 143B, structural color

fig 140A, model making in the sun

fig 140B, model making in the sun

fig 139A, DT

fig 139B, DT

fig 138A, Sint – Amandsberg site, Gent. Details

fig 136A, Sint – Amandsberg site, Gent. Detail Model, OLYMPUS DIGITAL CAMERA

fig 137A, model, photos models

fig 137B, photo, photos models

fig 137C, model, photos models

fig 137D, photos models

fig 130A, Example sites photos

fig 130B, Example sites photos

fig 130C, Example sites photos

fig 131A, Blekerijstraat site photos

fig 131B, Blekerijstraat site photos

fig 131C, Blekerijstraat site photos

fig 131D, Blekerijstraat site photos

fig 127A, model, Final

fig 127B, drawing, Final

fig 127C, drawing, Final

fig 125A, Site visit

fig 122A, Structure site Nieuwevaart Gent

fig 122B, Structure site Nieuwevaart Gent

fig 116A, drawing, Program, Freeing the site of cars by putting them in a tower of the same height as his modernistic neighbor.

fig 116B, photo, Program, Entering the city via the E17 viaduct

fig 116C, drawing, Program

fig 116D, photo, Program

fig 115A, photo, Site visit

fig 115B, photo, Site visit

fig 115C, photo, Site visit

fig 115D, photo, Site visit

fig 105A, WASSERIJ DER VLAANDEREN

fig 105B, WASSERIJ DER VLAANDEREN

fig 105C, WASSERIJ DER VLAANDEREN

fig 105D, WASSERIJ DER VLAANDEREN

fig 104A, drawing, supporting points in sports

fig 104B, supporting points in sports

fig 104C, supporting points in sports

fig 103A, RECTOLIGHT

fig 101A, WASSERIJ DER VLAANDEREN – ISO LOODS

fig 101B, WASSERIJ DER VLAANDEREN – ISO LOODS

fig 101C, WASSERIJ DER VLAANDEREN – ISO LOODS

fig 101D, drawing, WASSERIJ DER VLAANDEREN – ISO LOODS

fig 99A, Basic Concrete Prefab Construction, construction site

fig 99B, Basic Concrete Prefab Construction, Connection in the center of a diagonal buttress

fig 99C, Basic Concrete Prefab Construction, Top connection of a diagonal buttress

fig 99D, Basic Concrete Prefab Construction, Floor connection of a diagonal buttress

fig 96A, mazda site koopvaardijlaan, Drawing of the interior structure on the exterior wall. Also the remnants of a connected wooden building that burned down in the 1970's is still visible in the drawing.

fig 96B, mazda site koopvaardijlaan, cast concrete column

fig 96C, mazda site koopvaardijlaan, View towards aisle on the side of the tracks.

fig 96D, mazda site koopvaardijlaan

fig 97A, drawing, SITE & BUILDING ANALYSIS, Exploded view from different construction segments

fig 97B, SITE & BUILDING ANALYSIS, Detailed plan from below and above the ground

fig 93A, TECHNICAL DETAILS, Technical detail on the guiding rails

fig 93B, TECHNICAL DETAILS, Technical detail on the connection between the steel structure & foundation

fig 94A, INDUSTRIAL CONSTRUCTION SITE, Prefab structure

fig 94B, INDUSTRIAL CONSTRUCTION SITE, Two truss crossing

fig 94C, INDUSTRIAL CONSTRUCTION SITE, Cross bracing of the structure

fig 90A, Connection of a steel beam to a concrete wall

fig 90B, Connection of a steel beam to a concrete wall

fig 91A, MODEL #1, Interior wooden structure

fig 91B, MODEL #1, Interior wooden structure

fig 92A, MODEL #2, Cross-section model of the gasholder

fig 92B, MODEL #2, Cross-section model of the gasholder

fig 92C, MODEL #2, Cross-section model of the gasholder

fig 88A, MODEL #4

fig 87A, Analysis structure De Porre, De Porre - floorplan

fig 87B, Analysis structure De Porre, De Porre - level +1

fig 87C, Analysis structure De Porre, Isometric view - surroundings

fig 87D, Analysis structure De Porre, Isometric view - structure

fig 82A, model, Analysis structure “De Porre”, Part of structure with cantilever

fig 82B, Analysis structure “De Porre”, Part of structure with cantilever - top

fig 82C, Analysis structure “De Porre”, Part of structure with cantilever

fig 79A, drawing, detail construction garage box, construction detail precast concrete elements

fig 74A, model, MODEL – WASSERIJ DER VLAANDEREN, WASSERIJ DER VLAANDEREN

fig 76A, Project Kievit

fig 76B, Project Kievit

fig 76C, Project Kievit

fig 76D, Project Kievit

fig 77A, Concrete building elements

fig 77B, Concrete building elements

fig 77C, Concrete building elements

fig 77D, Concrete building elements

fig 67A, College Football Hall of Fame, Robert Venturi & Denise Scott Brown

fig 67B, College Football Hall of Fame, Robert Venturi & Denise Scott Brown

fig 68A, collage: walls around the field

fig 63A, Model tests

fig 64A, DOME – EPS + SPRAYED CONCRETE, DOME - EPS + SPRAYED CONCRETE

fig 64B, DOME – EPS + SPRAYED CONCRETE

fig 64C, DOME – EPS + SPRAYED CONCRETE

fig 64D, DOME – EPS + SPRAYED CONCRETE

fig 54A, HOLZER KOBLER ARCHITEKTUREN FRANKIE & JOHNNY STUDENT HOUSING PLÄNTERWALD

fig 54B, HOLZER KOBLER ARCHITEKTUREN FRANKIE & JOHNNY STUDENT HOUSING PLÄNTERWALD

fig 54C, HOLZER KOBLER ARCHITEKTUREN FRANKIE & JOHNNY STUDENT HOUSING PLÄNTERWALD

fig 54D, HOLZER KOBLER ARCHITEKTUREN FRANKIE & JOHNNY STUDENT HOUSING PLÄNTERWALD

fig 55A, section draft

fig 57A, Mid-Process model

fig 50A, drawing, OLD vs. NEW

fig 52A, CONSTRUCTION SITE

fig 53A, visit construction site

fig 53B, visit construction site

fig 53C, visit construction site

fig 48A, model vs Spa reine

fig 38A, drawing, pergola without roof connection

fig 32A, drawing, Hangar INCO, Exploded construction of the hangar

fig 32B, drawing, Hangar INCO, Composition detail of brick, concrete columns and plinth

fig 32C, Hangar INCO

fig 32D, Hangar INCO

fig 33A, photo, Factory “De Porre” – Gentbrugge, Factory Mill De Porre Gentbrugge - site

fig 33B, photo, Factory “De Porre” – Gentbrugge, Factory Mill De Porre - Primary structure

fig 33C, photo, Factory “De Porre” – Gentbrugge, Factory Mill De Porre Gentbrugge - Concrete ceiling

fig 33D, photo, Factory “De Porre” – Gentbrugge, Factory Mill De Porre - fragment

fig 25A, photo, Hole deck, Holedeck construction

fig 25B, model, Hole deck

fig 16A, photo, SITE VISIT, The large wooden beams ready to be installed.

fig 16B, photo, SITE VISIT, Prefabricated elements are fixed on the columns.

fig 16C, photo, SITE VISIT, Steel elements where the secondary wooden beams will be fixed on.

fig 16D, photo, SITE VISIT, The building of the extension of the store of Aveve.

fig 17A, photo, SITE VISIT °2, On top you can see the combination of the concrete columns with the steel trusses.

fig 17B, photo, SITE VISIT °2, Prefabricated concrete elements fits perfectly in each other.

fig 17C, photo, SITE VISIT °2, The holes in the beams are made to put ducts through them.

fig 17D, photo, SITE VISIT °2, Prefabricated concrete elements fits perfectly in each other.

fig 20A, drawing, stabilizing structural systems, different ways to stabilize structure

fig 21A, photo, Tram depot Marconi – site visit

fig 21B, photo, Tram depot Marconi – site visit

fig 21C, photo, Tram depot Marconi – site visit

fig 22A, photo, factory Gentbrugge – Site, wooden beam pattern

fig 22B, drawing, factory Gentbrugge – Site

fig 22C, drawing, factory Gentbrugge – Site

fig 22D, drawing, factory Gentbrugge – Site, masonry

fig 23A, photo, Poco Loco – Fully automatic warehouse, View from the street

fig 23B, photo, Poco Loco – Fully automatic warehouse, section build on the ground

fig 23C, photo, Poco Loco – Fully automatic warehouse, connection of 2 different sections

fig 23D, photo, Poco Loco – Fully automatic warehouse, reinforcement for windloads

fig 13A, photo, Arrival_Tower

fig 14A, photo, Industrial project

fig 14B, photo, Industrial project

fig 14C, photo, Industrial project

fig 14D, photo, Industrial project

fig 8A, photo, FRAC, Dunkerque by Lacaton & Vasal, Frontal Facade, showing the old building and new 'copy' next to each other

fig 8B, photo, FRAC, Dunkerque by Lacaton & Vasal

fig 8C, photo, FRAC, Dunkerque by Lacaton & Vasal, The beautiful transparency of the skin invites the outside world in and ceases to be distant as an art institution might be. The shell does only what it is meant to do, protect its core from the outer elements. The glass and steel myth was reinterpreted and altered with a plastic and steel frame.

fig 8D, photo, FRAC, Dunkerque by Lacaton & Vasal, Steel connection between the old and new building.

fig 7A, drawing, types of compound beam

fig 5A, photo, Concrete Structure, Concrete Grid Structure

fig 5B, photo, Concrete Structure, Concrete Skylight

fig 2A, photo, ‘De Nobele’ – Site, Alongside the structure there's a workspace for a local artist.

fig 2B, photo, ‘De Nobele’ – Site, The unfinished upper part of the old textile factory.

fig 2C, photo, ‘De Nobele’ – Site, Detail of a main concrete column.

fig 2D, ‘De Nobele’ – Site, Analysis on which structure stays and which one disappears.

No posts selected…

fig 1012A photo, Model 1/500 -1/50 mobility hub, posted by Lucas Dhaen at 28.01.22 (filed under: concrete primary steel structure wood)
fig 1012B photo, Model 1/500 -1/50 mobility hub, posted by Lucas Dhaen at 28.01.22 (filed under: concrete primary steel structure wood)
fig 1012C photo, Model 1/500 -1/50 mobility hub, posted by Lucas Dhaen at 28.01.22 (filed under: concrete primary steel structure wood)
fig 1012D photo, Model 1/500 -1/50 mobility hub, posted by Lucas Dhaen at 28.01.22 (filed under: concrete primary steel structure wood)
fig 1007A model, Gate Building, posted by Arne Zenner at 15.01.22 (filed under: bridge concrete plastics primary structure wood)
fig 1007B Gate Building, posted by Arne Zenner at 15.01.22 (filed under: bridge concrete plastics primary structure wood)
fig 1007C Gate Building, posted by Arne Zenner at 15.01.22 (filed under: bridge concrete plastics primary structure wood)
fig 1007D Gate Building, posted by Arne Zenner at 15.01.22 (filed under: bridge concrete plastics primary structure wood)
fig 1004A Busstation/Public Area Brusselsesteenweg, posted by Ruben De Vogelare at 13.01.22 (filed under: concrete model wood)
fig 1004B Busstation/Public Area Brusselsesteenweg, posted by Ruben De Vogelare at 13.01.22 (filed under: concrete model wood)
fig 1004C Busstation/Public Area Brusselsesteenweg, posted by Ruben De Vogelare at 13.01.22 (filed under: concrete model wood)
fig 1004D Busstation/Public Area Brusselsesteenweg, posted by Ruben De Vogelare at 13.01.22 (filed under: concrete model wood)
fig 997A photo, End Presentation, Axonometric Drawing, posted by Imre Nyeste at 12.01.22 (filed under: bridge concrete model primary steel structure)
fig 996A Photo Assignment, posted by Imre Nyeste at 12.01.22 (filed under: concrete primary structure)
fig 996B Photo Assignment, posted by Imre Nyeste at 12.01.22 (filed under: concrete primary structure)
fig 996C Photo Assignment, posted by Imre Nyeste at 12.01.22 (filed under: concrete primary structure)
fig 996D Photo Assignment, posted by Imre Nyeste at 12.01.22 (filed under: concrete primary structure)
fig 995A Hangend gebouw onder viaduct, posted by Victor Vantomme at 12.01.22 (filed under: concrete steel structure)
fig 995B Hangend gebouw onder viaduct, posted by Victor Vantomme at 12.01.22 (filed under: concrete steel structure)
fig 995C Hangend gebouw onder viaduct, posted by Victor Vantomme at 12.01.22 (filed under: concrete steel structure)
fig 995D Hangend gebouw onder viaduct, posted by Victor Vantomme at 12.01.22 (filed under: concrete steel structure)
fig 993A Viaduct Gentbrugge, posted by Victor Vantomme at 11.01.22 (filed under: concrete)
fig 992A Unite d’habitation, posted by Victor Vantomme at 11.01.22 (filed under: concrete)
fig 988A photo, Construction site, posted by Lucas Dhaen at 17.12.21 (filed under: concrete)
fig 988B photo, Construction site, posted by Lucas Dhaen at 17.12.21 (filed under: concrete)
fig 988C photo, Construction site, posted by Lucas Dhaen at 17.12.21 (filed under: concrete)
fig 988D photo, Construction site, posted by Lucas Dhaen at 17.12.21 (filed under: concrete)
fig 986A drawing, Section Column, posted by Imre Nyeste at 16.12.21 (filed under: bridge concrete primary structure)
fig 982A Velsertunnel (A22) Ventilation Towers, NL, posted by Ruben De Vogelare at 26.11.21 (filed under: concrete)
fig 981A photo, Site visit W6, posted by Lucas Dhaen at 21.11.21 (filed under: brick concrete steel)
fig 981B photo, Site visit W6, posted by Lucas Dhaen at 21.11.21 (filed under: brick concrete steel)
fig 981C photo, Site visit W6, posted by Lucas Dhaen at 21.11.21 (filed under: brick concrete steel)
fig 979A Kaduk…Kadukaduk…kadukaduk…kadukaduk…, posted by Ruben De Vogelare at 01.11.21 (filed under: concrete)
fig 976A The courtyard, posted by Tim Van de Weghe at 26.10.21 (filed under: bridge concrete)
fig 975A photo, Oosterweel verbinding, construction site, posted by Lucas Dhaen at 26.10.21 (filed under: concrete)
fig 975B photo, Oosterweel verbinding, construction site, posted by Lucas Dhaen at 26.10.21 (filed under: concrete)
fig 975C photo, Oosterweel verbinding, construction site, posted by Lucas Dhaen at 26.10.21 (filed under: concrete)
fig 974A bOb Van Reeth, House Botte, 1968-70, posted by Ruben De Vogelare at 26.10.21 (filed under: concrete)
fig 971A Viaduct Gent 2021, posted by Floris De Bruyn at 20.10.21 (filed under: concrete)
fig 971B Viaduct Gent 2021, posted by Floris De Bruyn at 20.10.21 (filed under: concrete)
fig 967A finaale maquette, posted by Corentin Lefebvre at 18.06.21 (filed under: concrete model primary steel wood)
fig 967B finaale maquette, posted by Corentin Lefebvre at 18.06.21 (filed under: concrete model primary steel wood)
fig 967C finaale maquette, posted by Corentin Lefebvre at 18.06.21 (filed under: concrete model primary steel wood)
fig 965A interieur render voorontwerp, posted by Corentin Lefebvre at 18.06.21 (filed under: concrete glass steel)
fig 949A Analyse, posted by Maxim Lannaux at 17.06.21 (filed under: concrete)
fig 948A Analyse, posted by Maxim Lannaux at 17.06.21 (filed under: concrete primary steel)
fig 948B Analyse, posted by Maxim Lannaux at 17.06.21 (filed under: concrete primary steel)
fig 948C Analyse, posted by Maxim Lannaux at 17.06.21 (filed under: concrete primary steel)
fig 948D Analyse, posted by Maxim Lannaux at 17.06.21 (filed under: concrete primary steel)
fig 945A model, JURY 26/05/’21, posted by Lara Grimmelprez at 16.06.21 (filed under: concrete wood)
fig 945B model, JURY 26/05/’21, posted by Lara Grimmelprez at 16.06.21 (filed under: concrete wood)
fig 945C model, JURY 26/05/’21, posted by Lara Grimmelprez at 16.06.21 (filed under: concrete wood)
fig 945D drawing, JURY 26/05/’21, posted by Lara Grimmelprez at 16.06.21 (filed under: concrete wood)
fig 944A Analyse Loods, posted by Lara Grimmelprez at 16.06.21 (filed under: concrete steel)
fig 944B model, Analyse Loods, posted by Lara Grimmelprez at 16.06.21 (filed under: concrete steel)
fig 944C drawing, Analyse Loods, posted by Lara Grimmelprez at 16.06.21 (filed under: concrete steel)
fig 944D drawing, Analyse Loods, posted by Lara Grimmelprez at 16.06.21 (filed under: concrete steel)
fig 938A drawing, Jury 27mei2021, posted by Ine Beuten at 06.06.21 (filed under: concrete)
fig 938B Jury 27mei2021, posted by Ine Beuten at 06.06.21 (filed under: concrete)
fig 938C Jury 27mei2021, posted by Ine Beuten at 06.06.21 (filed under: concrete)
fig 938D Jury 27mei2021, posted by Ine Beuten at 06.06.21 (filed under: concrete)
fig 935A Analyse Nachtergaele models, posted by Enrico Pavone at 06.06.21 (filed under: concrete glass steel)
fig 935B Analyse Nachtergaele models, posted by Enrico Pavone at 06.06.21 (filed under: concrete glass steel)
fig 935C Analyse Nachtergaele models, posted by Enrico Pavone at 06.06.21 (filed under: concrete glass steel)
fig 935D Analyse Nachtergaele models, posted by Enrico Pavone at 06.06.21 (filed under: concrete glass steel)
fig 933A model, Final design Model 1/100, posted by Enrico Pavone at 06.06.21 (filed under: concrete glass model steel wood)
fig 933B model, Final design Model 1/100, posted by Enrico Pavone at 06.06.21 (filed under: concrete glass model steel wood)
fig 933C model, Final design Model 1/100, posted by Enrico Pavone at 06.06.21 (filed under: concrete glass model steel wood)
fig 933D model, Final design Model 1/100, posted by Enrico Pavone at 06.06.21 (filed under: concrete glass model steel wood)
fig 930A Design details, posted by thomas snoeck at 05.06.21 (filed under: concrete primary steel)
fig 928A Vertical farming, posted by Joline Yzewyn at 05.06.21 (filed under: concrete steel)
fig 928B Vertical farming, posted by Joline Yzewyn at 05.06.21 (filed under: concrete steel)
fig 927A Vertical farming, posted by Joline Yzewyn at 03.06.21 (filed under: concrete)
fig 927B Vertical farming, posted by Joline Yzewyn at 03.06.21 (filed under: concrete)
fig 927C Vertical farming, posted by Joline Yzewyn at 03.06.21 (filed under: concrete)
fig 927D Vertical farming, posted by Joline Yzewyn at 03.06.21 (filed under: concrete)
fig 925A Design facades, posted by Tycho Maes at 03.06.21 (filed under: concrete steel)
fig 924A Design Sections, posted by Tycho Maes at 03.06.21 (filed under: concrete steel)
fig 923A Design isometrie, posted by Tycho Maes at 03.06.21 (filed under: concrete steel)
fig 922A EL Beton A0 analyse, posted by Tycho Maes at 03.06.21 (filed under: concrete steel)
fig 921A Design model 1/50, posted by Tycho Maes at 03.06.21 (filed under: concrete steel)
fig 920A EL Beton – model 1/20, posted by Tycho Maes at 03.06.21 (filed under: concrete steel)
fig 919A Design model 1/100, posted by Tycho Maes at 03.06.21 (filed under: concrete steel)
fig 919B Design model 1/100, posted by Tycho Maes at 03.06.21 (filed under: concrete steel)
fig 919C Design model 1/100, posted by Tycho Maes at 03.06.21 (filed under: concrete steel)
fig 918A industrial buildings, grafted onto rammed earth wall with common functions, posted by Lennert Verbrugge at 02.06.21 (filed under: concrete steel)
fig 918B industrial buildings, grafted onto rammed earth wall with common functions, posted by Lennert Verbrugge at 02.06.21 (filed under: concrete steel)
fig 918C industrial buildings, grafted onto rammed earth wall with common functions, posted by Lennert Verbrugge at 02.06.21 (filed under: concrete steel)
fig 918D industrial buildings, grafted onto rammed earth wall with common functions, posted by Lennert Verbrugge at 02.06.21 (filed under: concrete steel)
fig 917A THE RESULT, Plot 5, model 1/100 and 1/50 by Alexandre Moens, posted by Ine Verhoeven at 02.06.21 (filed under: concrete wood)
fig 917B THE RESULT, Plot 5, model 1/100 and 1/50 by Alexandre Moens, posted by Ine Verhoeven at 02.06.21 (filed under: concrete wood)
fig 916A Analyse EL beton – Foto’s Maquette, posted by thomas snoeck at 02.06.21 (filed under: concrete steel)
fig 916B Analyse EL beton – Foto’s Maquette, posted by thomas snoeck at 02.06.21 (filed under: concrete steel)
fig 916C Analyse EL beton – Foto’s Maquette, posted by thomas snoeck at 02.06.21 (filed under: concrete steel)
fig 916D Analyse EL beton – Foto’s Maquette, posted by thomas snoeck at 02.06.21 (filed under: concrete steel)
fig 915A FIETSBRUG WIEDAUWKAAI, posted by Maarten Luyckx at 01.06.21 (filed under: concrete)
fig 915B FIETSBRUG WIEDAUWKAAI, posted by Maarten Luyckx at 01.06.21 (filed under: concrete)
fig 915C FIETSBRUG WIEDAUWKAAI, posted by Maarten Luyckx at 01.06.21 (filed under: concrete)
fig 915D photo, FIETSBRUG WIEDAUWKAAI, posted by Maarten Luyckx at 01.06.21 (filed under: concrete)
fig 914A LOT48 Wiedauwkaai, MODULAR CONTAINER UNITS, posted by Michiel Van Hoenacker at 01.06.21 (filed under: concrete steel)
fig 914B LOT48 Wiedauwkaai, MODULAR CONTAINER UNITS, posted by Michiel Van Hoenacker at 01.06.21 (filed under: concrete steel)
fig 914C LOT48 Wiedauwkaai, MODULAR CONTAINER UNITS, posted by Michiel Van Hoenacker at 01.06.21 (filed under: concrete steel)
fig 913A FIETSBRUG WIEDAUWKAAI, posted by Maarten Luyckx at 01.06.21 (filed under: concrete)
fig 913B FIETSBRUG WIEDAUWKAAI, posted by Maarten Luyckx at 01.06.21 (filed under: concrete)
fig 913C FIETSBRUG WIEDAUWKAAI, posted by Maarten Luyckx at 01.06.21 (filed under: concrete)
fig 913D FIETSBRUG WIEDAUWKAAI, posted by Maarten Luyckx at 01.06.21 (filed under: concrete)
fig 912A primary structure maquette, posted by Hélène Callewaert at 01.06.21 (filed under: concrete steel)
fig 912B photo, primary structure maquette, posted by Hélène Callewaert at 01.06.21 (filed under: concrete steel)
fig 912C photo, primary structure maquette, posted by Hélène Callewaert at 01.06.21 (filed under: concrete steel)
fig 912D photo, primary structure maquette, posted by Hélène Callewaert at 01.06.21 (filed under: concrete steel)
fig 910A LOT48 Wiedauwkaai, MODULAR CONTAINER UNITS, posted by Michiel Van Hoenacker at 01.06.21 (filed under: concrete steel)
fig 910B LOT48 Wiedauwkaai, MODULAR CONTAINER UNITS, posted by Michiel Van Hoenacker at 01.06.21 (filed under: concrete steel)
fig 910C LOT48 Wiedauwkaai, MODULAR CONTAINER UNITS, posted by Michiel Van Hoenacker at 01.06.21 (filed under: concrete steel)
fig 910D LOT48 Wiedauwkaai, MODULAR CONTAINER UNITS, posted by Michiel Van Hoenacker at 01.06.21 (filed under: concrete steel)
fig 909A LOT48 Wiedauwkaai, MODULAR CONTAINER UNITS, posted by Michiel Van Hoenacker at 01.06.21 (filed under: concrete steel)
fig 909B LOT48 Wiedauwkaai, MODULAR CONTAINER UNITS, posted by Michiel Van Hoenacker at 01.06.21 (filed under: concrete steel)
fig 909C LOT48 Wiedauwkaai, MODULAR CONTAINER UNITS, posted by Michiel Van Hoenacker at 01.06.21 (filed under: concrete steel)
fig 909D LOT48 Wiedauwkaai, MODULAR CONTAINER UNITS, posted by Michiel Van Hoenacker at 01.06.21 (filed under: concrete steel)
fig 903A drawing, I-joist factory, posted by Max Scheffer at 01.06.21 (filed under: concrete wood)
fig 901A I-joist factory, posted by Max Scheffer at 01.06.21 (filed under: concrete wood)
fig 900A model, I-joist factory, posted by Max Scheffer at 01.06.21 (filed under: concrete wood)
fig 900B I-joist factory, posted by Max Scheffer at 01.06.21 (filed under: concrete wood)
fig 900C I-joist factory, posted by Max Scheffer at 01.06.21 (filed under: concrete wood)
fig 868A model, THE RESULT, model of the site 1/500 with Alexandre Moens, posted by Ine Verhoeven at 29.05.21 (filed under: concrete wood)
fig 868B THE RESULT, model of the site 1/500 with Alexandre Moens, posted by Ine Verhoeven at 29.05.21 (filed under: concrete wood)
fig 867A THE RESULT, Plans, sections and axonometry with Alexandre Moens, posted by Ine Verhoeven at 29.05.21 (filed under: concrete wood)
fig 867B THE RESULT, Plans, sections and axonometry with Alexandre Moens, posted by Ine Verhoeven at 29.05.21 (filed under: concrete wood)
fig 867C drawing, THE RESULT, Plans, sections and axonometry with Alexandre Moens, posted by Ine Verhoeven at 29.05.21 (filed under: concrete wood)
fig 866A THE ANALYSIS, Oostmalle Delften, posted by Ine Verhoeven at 29.05.21 (filed under: concrete steel)
fig 866B THE ANALYSIS, Oostmalle Delften, posted by Ine Verhoeven at 29.05.21 (filed under: concrete steel)
fig 866C drawing, THE ANALYSIS, Oostmalle Delften, posted by Ine Verhoeven at 29.05.21 (filed under: concrete steel)
fig 866D THE ANALYSIS, Oostmalle Delften, posted by Ine Verhoeven at 29.05.21 (filed under: concrete steel)
fig 865A Circular Stacking ; RUFF, posted by Evgeny Kupriyanov at 28.05.21 (filed under: concrete steel wood)
fig 864A Circular Stacking ; Stacked roof detail, posted by Evgeny Kupriyanov at 28.05.21 (filed under: concrete steel wood)
fig 863A Circular Stacking ; Isometric drawing, posted by Evgeny Kupriyanov at 28.05.21 (filed under: concrete wood)
fig 862A Circular Stacking ; 1/100 model, posted by Evgeny Kupriyanov at 28.05.21 (filed under: concrete steel wood)
fig 862B Circular Stacking ; 1/100 model, posted by Evgeny Kupriyanov at 28.05.21 (filed under: concrete steel wood)
fig 862C Circular Stacking ; 1/100 model, posted by Evgeny Kupriyanov at 28.05.21 (filed under: concrete steel wood)
fig 862D Circular Stacking ; 1/100 model, posted by Evgeny Kupriyanov at 28.05.21 (filed under: concrete steel wood)
fig 859A Concrete stacking blocks ; variations in form and size, posted by Evgeny Kupriyanov at 28.05.21 (filed under: concrete)
fig 857A Final Jury Brecht De Roose & Wannes De Brouwer, posted by Brecht De Roose at 26.05.21 (filed under: brick concrete glass steel wood)
fig 857B Final Jury Brecht De Roose & Wannes De Brouwer, posted by Brecht De Roose at 26.05.21 (filed under: brick concrete glass steel wood)
fig 857C Final Jury Brecht De Roose & Wannes De Brouwer, posted by Brecht De Roose at 26.05.21 (filed under: brick concrete glass steel wood)
fig 857D photo, Final Jury Brecht De Roose & Wannes De Brouwer, posted by Brecht De Roose at 26.05.21 (filed under: brick concrete glass steel wood)
fig 854A INTERBETON, posted by Maarten Luyckx at 21.04.21 (filed under: concrete)
fig 853A MAISTER HEADQ., posted by Maarten Luyckx at 21.04.21 (filed under: concrete)
fig 852A ERFGOEDDEPOT TREZOOR KORTRIJK, posted by Maarten Luyckx at 21.04.21 (filed under: concrete)
fig 852B ERFGOEDDEPOT TREZOOR KORTRIJK, posted by Maarten Luyckx at 21.04.21 (filed under: concrete)
fig 852C ERFGOEDDEPOT TREZOOR KORTRIJK, posted by Maarten Luyckx at 21.04.21 (filed under: concrete)
fig 850A Structure analysis Erfoeddepot Trezoor, Kortrijk, posted by Michiel Van Hoenacker at 21.04.21 (filed under: concrete)
fig 850B Structure analysis Erfoeddepot Trezoor, Kortrijk, posted by Michiel Van Hoenacker at 21.04.21 (filed under: concrete)
fig 850C Structure analysis Erfoeddepot Trezoor, Kortrijk, posted by Michiel Van Hoenacker at 21.04.21 (filed under: concrete)
fig 849A Structure analysis Erfoeddepot Trezoor, Kortrijk, posted by Michiel Van Hoenacker at 21.04.21 (filed under: concrete)
fig 845A drawing, analysis, storage for granulates, Willemen Infra, Brecht De Roose & Wannes De Brouwer, posted by Wannes De Brouwer at 01.04.21 (filed under: concrete steel)
fig 845B drawing, analysis, storage for granulates, Willemen Infra, Brecht De Roose & Wannes De Brouwer, posted by Wannes De Brouwer at 01.04.21 (filed under: concrete steel)
fig 845C analysis, storage for granulates, Willemen Infra, Brecht De Roose & Wannes De Brouwer, posted by Wannes De Brouwer at 01.04.21 (filed under: concrete steel)
fig 845D analysis, storage for granulates, Willemen Infra, Brecht De Roose & Wannes De Brouwer, posted by Wannes De Brouwer at 01.04.21 (filed under: concrete steel)
fig 839A Becher Price, posted by Tom Cauwels at 19.03.21 (filed under: brick concrete steel wood)
fig 838A BSF-Connection, posted by Tom Cauwels at 19.03.21 (filed under: concrete steel)
fig 837A drawing, Facq building, concrete detail with BSF-connection, posted by Tom Cauwels at 19.03.21 (filed under: concrete steel)
fig 836A drawing, Facq building, primary & secondary structure, posted by Tom Cauwels at 19.03.21 (filed under: concrete steel)
fig 835A model, Facq building model section, roller bridge, posted by Tom Cauwels at 19.03.21 (filed under: concrete steel)
fig 834A drawing, section detail structure, posted by Max Scheffer at 19.03.21 (filed under: concrete steel)
fig 833A model, foto maquette, posted by Max Scheffer at 19.03.21 (filed under: concrete steel)
fig 826A Structural Plan Pattyn Factory, posted by Pieter-Jan Van Steen at 16.03.21 (filed under: concrete steel)
fig 824A photo, Visit Building Nachtergaele, posted by Enrico Pavone at 16.03.21 (filed under: concrete steel wood)
fig 824B photo, Visit Building Nachtergaele, posted by Enrico Pavone at 16.03.21 (filed under: concrete steel wood)
fig 824C photo, Visit Building Nachtergaele, posted by Enrico Pavone at 16.03.21 (filed under: concrete steel wood)
fig 824D photo, Visit Building Nachtergaele, posted by Enrico Pavone at 16.03.21 (filed under: concrete steel wood)
fig 821A SUPERSTUDIO Un catalogo di ville 1968-1970, Villa Suburbana A6, posted by Ine Verhoeven at 16.03.21 (filed under: concrete glass steel)
fig 819A axo, STORAGE FOR GRANULATES, NEXT TO CONCRETE PLANT, posted by Wannes De Brouwer at 15.03.21 (filed under: concrete steel)
fig 818A Willemen Infra Asfaltcentrale Gent, posted by Brecht De Roose at 15.03.21 (filed under: concrete steel wood)
fig 818B Willemen Infra Asfaltcentrale Gent, posted by Brecht De Roose at 15.03.21 (filed under: concrete steel wood)
fig 817A photo, Loods Soubry, Roeselare – Ruff, posted by Lara Grimmelprez at 13.03.21 (filed under: concrete steel)
fig 816A photo, A. Mangiarotti, posted by Lara Grimmelprez at 13.03.21 (filed under: concrete)
fig 816B photo, A. Mangiarotti, posted by Lara Grimmelprez at 13.03.21 (filed under: concrete)
fig 816C A. Mangiarotti, posted by Lara Grimmelprez at 13.03.21 (filed under: concrete)
fig 816D drawing, A. Mangiarotti, posted by Lara Grimmelprez at 13.03.21 (filed under: concrete)
fig 813A Beton model y-kolom, posted by Michiel Swerts at 10.03.21 (filed under: concrete)
fig 813B Beton model y-kolom, posted by Michiel Swerts at 10.03.21 (filed under: concrete)
fig 813C Beton model y-kolom, posted by Michiel Swerts at 10.03.21 (filed under: concrete)
fig 812A Detail betonnen loods Ieper, posted by Michiel Swerts at 10.03.21 (filed under: concrete steel)
fig 812B Detail betonnen loods Ieper, posted by Michiel Swerts at 10.03.21 (filed under: concrete steel)
fig 808A Vliegtuigloods Grimbergen, posted by Hélène Callewaert at 09.03.21 (filed under: concrete)
fig 805A Casa a tre cilindri, posted by Ine Beuten at 03.03.21 (filed under: concrete)
fig 804A Briona 72, posted by Ine Beuten at 03.03.21 (filed under: concrete)
fig 803A Briona 72, posted by Ine Beuten at 03.03.21 (filed under: concrete)
fig 801A Granulate Storage Shed, Axo, posted by Brecht De Roose at 03.03.21 (filed under: concrete steel)
fig 798A analysis facade hangar, posted by Wannes De Brouwer at 03.03.21 (filed under: concrete wood)
fig 797A bOb van Reeth, House Botte, posted by Wannes De Brouwer at 03.03.21 (filed under: concrete)
fig 794A Detail foto’s – ELbeton, posted by thomas snoeck at 03.03.21 (filed under: concrete steel)
fig 793A EL Beton – Structuur plan, posted by Tycho Maes at 03.03.21 (filed under: concrete steel)
fig 787A Isometrie – Lange & Esthers Houses – Mies VDR, posted by thomas snoeck at 03.03.21 (filed under: brick concrete steel)
fig 783A Detail – Lake Short Drive – Mies VDR, posted by thomas snoeck at 03.03.21 (filed under: concrete steel)
fig 781A drawing, Eames Case Study House 8, posted by David Van Oostende at 02.03.21 (filed under: concrete glass steel)
fig 780A Eames Case Study House 8, posted by David Van Oostende at 02.03.21 (filed under: concrete glass steel)
fig 774A Mushroom farm, posted by Pieter-Jan Van Steen at 02.03.21 (filed under: brick concrete)
fig 773A Peter Behrens, AEG Turbinefabriek Berlijn (1909), posted by Pieter-Jan Van Steen at 02.03.21 (filed under: concrete glass steel)
fig 772A Peter Behrens, AEG Turbinefabriek Berlijn (1909), posted by Pieter-Jan Van Steen at 02.03.21 (filed under: concrete glass steel)
fig 771A Peter Behrens, AEG Turbinefabriek Berlijn (1909), posted by Pieter-Jan Van Steen at 02.03.21 (filed under: concrete glass steel)
fig 769A Erfgoeddepot Trezoor, Kortrijk, posted by Michiel Van Hoenacker at 02.03.21 (filed under: concrete)
fig 761A fire station Mechelen, posted by Corentin Lefebvre at 02.03.21 (filed under: concrete)
fig 759A warehouse Zoutman ghent, posted by Corentin Lefebvre at 02.03.21 (filed under: concrete)
fig 759B warehouse Zoutman ghent, posted by Corentin Lefebvre at 02.03.21 (filed under: concrete)
fig 745A STADSPARK VYNCKIER/ DE SCHIJF, posted by Lara Winderickx at 27.05.20 (filed under: brick concrete steel wood)
fig 745B STADSPARK VYNCKIER/ DE SCHIJF, posted by Lara Winderickx at 27.05.20 (filed under: brick concrete steel wood)
fig 745C STADSPARK VYNCKIER/ DE SCHIJF, posted by Lara Winderickx at 27.05.20 (filed under: brick concrete steel wood)
fig 745D STADSPARK VYNCKIER/ DE SCHIJF, posted by Lara Winderickx at 27.05.20 (filed under: brick concrete steel wood)
fig 744A STADSPARK VYNCKIER/ DE SCHIJF, posted by Lara Winderickx at 27.05.20 (filed under: brick concrete steel wood)
fig 743A STADSPARK VYNCKIER/ DE SCHIJF, posted by Lara Winderickx at 27.05.20 (filed under: brick concrete steel wood)
fig 743B STADSPARK VYNCKIER/ DE SCHIJF, posted by Lara Winderickx at 27.05.20 (filed under: brick concrete steel wood)
fig 743C STADSPARK VYNCKIER/ DE SCHIJF, posted by Lara Winderickx at 27.05.20 (filed under: brick concrete steel wood)
fig 742A STADSPARK VYNCKIER/ DE SCHIJF, posted by Lara Winderickx at 27.05.20 (filed under: brick concrete steel wood)
fig 742B STADSPARK VYNCKIER/ DE SCHIJF, posted by Lara Winderickx at 27.05.20 (filed under: brick concrete steel wood)
fig 742C STADSPARK VYNCKIER/ DE SCHIJF, posted by Lara Winderickx at 27.05.20 (filed under: brick concrete steel wood)
fig 742D STADSPARK VYNCKIER/ DE SCHIJF, posted by Lara Winderickx at 27.05.20 (filed under: brick concrete steel wood)
fig 741A drawing, STADSPARK VYNCKIER/ DE SCHIJF, posted by Lara Winderickx at 27.05.20 (filed under: concrete steel wood)
fig 741B STADSPARK VYNCKIER/ DE SCHIJF, posted by Lara Winderickx at 27.05.20 (filed under: concrete steel wood)
fig 741C STADSPARK VYNCKIER/ DE SCHIJF, posted by Lara Winderickx at 27.05.20 (filed under: concrete steel wood)
fig 741D STADSPARK VYNCKIER/ DE SCHIJF, posted by Lara Winderickx at 27.05.20 (filed under: concrete steel wood)
fig 733A Primaru Circles_photos, posted by Emile Bouckaert at 27.05.20 (filed under: concrete)
fig 731A Primary Circles_Model, posted by Emile Bouckaert at 27.05.20 (filed under: concrete)
fig 730A Primary Circles_structural system, posted by Emile Bouckaert at 27.05.20 (filed under: concrete)
fig 728A primary structure, posted by Cisse Vercauteren at 27.05.20 (filed under: concrete)
fig 728B primary structure, posted by Cisse Vercauteren at 27.05.20 (filed under: concrete)
fig 728C primary structure, posted by Cisse Vercauteren at 27.05.20 (filed under: concrete)
fig 728D primary structure, posted by Cisse Vercauteren at 27.05.20 (filed under: concrete)
fig 727A Vynckier Saw Shedroof, posted by Maurits Verstraete at 27.05.20 (filed under: brick concrete steel)
fig 727B Vynckier Saw Shedroof, posted by Maurits Verstraete at 27.05.20 (filed under: brick concrete steel)
fig 727C Vynckier Saw Shedroof, posted by Maurits Verstraete at 27.05.20 (filed under: brick concrete steel)
fig 726A stil leven de werf, posted by Cisse Vercauteren at 27.05.20 (filed under: concrete steel)
fig 726B stil leven de werf, posted by Cisse Vercauteren at 27.05.20 (filed under: concrete steel)
fig 726C stil leven de werf, posted by Cisse Vercauteren at 27.05.20 (filed under: concrete steel)
fig 726D stil leven de werf, posted by Cisse Vercauteren at 27.05.20 (filed under: concrete steel)
fig 725A Vynckier Circle, posted by Maurits Verstraete at 27.05.20 (filed under: brick concrete wood)
fig 725B Vynckier Circle, posted by Maurits Verstraete at 27.05.20 (filed under: brick concrete wood)
fig 725C Vynckier Circle, posted by Maurits Verstraete at 27.05.20 (filed under: brick concrete wood)
fig 723A Vynckier Site Saw-tooth roof, posted by Lode De Smet Van Damme at 27.05.20 (filed under: brick concrete glass plastics steel)
fig 723B Vynckier Site Saw-tooth roof, posted by Lode De Smet Van Damme at 27.05.20 (filed under: brick concrete glass plastics steel)
fig 723C Vynckier Site Saw-tooth roof, posted by Lode De Smet Van Damme at 27.05.20 (filed under: brick concrete glass plastics steel)
fig 723D Vynckier Site Saw-tooth roof, posted by Lode De Smet Van Damme at 27.05.20 (filed under: brick concrete glass plastics steel)
fig 717A Vynckier Circle Building, posted by Lode De Smet Van Damme at 27.05.20 (filed under: brick concrete glass steel wood)
fig 717B Vynckier Circle Building, posted by Lode De Smet Van Damme at 27.05.20 (filed under: brick concrete glass steel wood)
fig 717C Vynckier Circle Building, posted by Lode De Smet Van Damme at 27.05.20 (filed under: brick concrete glass steel wood)
fig 717D Vynckier Circle Building, posted by Lode De Smet Van Damme at 27.05.20 (filed under: brick concrete glass steel wood)
fig 713A structure proposition, posted by Cisse Vercauteren at 27.05.20 (filed under: concrete steel)
fig 713B structure proposition, posted by Cisse Vercauteren at 27.05.20 (filed under: concrete steel)
fig 713C structure proposition, posted by Cisse Vercauteren at 27.05.20 (filed under: concrete steel)
fig 694A Axonometries CONNECTING GRID, posted by Nicolas Vanneste at 26.05.20 (filed under: concrete)
fig 694B Axonometries CONNECTING GRID, posted by Nicolas Vanneste at 26.05.20 (filed under: concrete)
fig 693A Axonometry of fragment CONNECTING GRID, posted by Aaron Vanacker at 26.05.20 (filed under: concrete steel)
fig 693B Axonometry of fragment CONNECTING GRID, posted by Aaron Vanacker at 26.05.20 (filed under: concrete steel)
fig 689A Modelshots CONNECTING GRID, posted by Nicolas Vanneste at 26.05.20 (filed under: concrete steel)
fig 689B Modelshots CONNECTING GRID, posted by Nicolas Vanneste at 26.05.20 (filed under: concrete steel)
fig 689C model, Modelshots CONNECTING GRID, posted by Nicolas Vanneste at 26.05.20 (filed under: concrete steel)
fig 689D Modelshots CONNECTING GRID, posted by Nicolas Vanneste at 26.05.20 (filed under: concrete steel)
fig 690A Modelshots CONNECTING GRID, posted by Aaron Vanacker at 26.05.20 (filed under: concrete steel)
fig 690B Modelshots CONNECTING GRID, posted by Aaron Vanacker at 26.05.20 (filed under: concrete steel)
fig 690C Modelshots CONNECTING GRID, posted by Aaron Vanacker at 26.05.20 (filed under: concrete steel)
fig 690D Modelshots CONNECTING GRID, posted by Aaron Vanacker at 26.05.20 (filed under: concrete steel)
fig 686A floorplan, posted by Cisse Vercauteren at 26.05.20 (filed under: brick concrete steel)
fig 686B floorplan, posted by Cisse Vercauteren at 26.05.20 (filed under: brick concrete steel)
fig 686C floorplan, posted by Cisse Vercauteren at 26.05.20 (filed under: brick concrete steel)
fig 685A facades, posted by Cisse Vercauteren at 26.05.20 (filed under: brick concrete steel wood)
fig 685B facades, posted by Cisse Vercauteren at 26.05.20 (filed under: brick concrete steel wood)
fig 685C facades, posted by Cisse Vercauteren at 26.05.20 (filed under: brick concrete steel wood)
fig 685D facades, posted by Cisse Vercauteren at 26.05.20 (filed under: brick concrete steel wood)
fig 683A section, posted by Cisse Vercauteren at 26.05.20 (filed under: concrete steel wood)
fig 683B section, posted by Cisse Vercauteren at 26.05.20 (filed under: concrete steel wood)
fig 683C section, posted by Cisse Vercauteren at 26.05.20 (filed under: concrete steel wood)
fig 680A model, posted by Cisse Vercauteren at 26.05.20 (filed under: concrete steel wood)
fig 680B model, posted by Cisse Vercauteren at 26.05.20 (filed under: concrete steel wood)
fig 680C model, posted by Cisse Vercauteren at 26.05.20 (filed under: concrete steel wood)
fig 680D model, posted by Cisse Vercauteren at 26.05.20 (filed under: concrete steel wood)
fig 679A 27/05, posted by Wout Vandermeersch at 26.05.20 (filed under: concrete)
fig 679B 27/05, posted by Wout Vandermeersch at 26.05.20 (filed under: concrete)
fig 679C 27/05, posted by Wout Vandermeersch at 26.05.20 (filed under: concrete)
fig 679D drawing, 27/05, posted by Wout Vandermeersch at 26.05.20 (filed under: concrete)
fig 678A 27/05, posted by Wout Vandermeersch at 26.05.20 (filed under: concrete)
fig 678B 27/05, posted by Wout Vandermeersch at 26.05.20 (filed under: concrete)
fig 678C 27/05, posted by Wout Vandermeersch at 26.05.20 (filed under: concrete)
fig 678D drawing, 27/05, posted by Wout Vandermeersch at 26.05.20 (filed under: concrete)
fig 677A Axonometrie primaire structuur, posted by Anouk Depaepe at 26.05.20 (filed under: concrete steel)
fig 677B Axonometrie primaire structuur, posted by Anouk Depaepe at 26.05.20 (filed under: concrete steel)
fig 676A model, Dwarse snede woning, posted by Anouk Depaepe at 26.05.20 (filed under: concrete steel)
fig 674A drawing, Langse snede, posted by Anouk Depaepe at 26.05.20 (filed under: brick concrete steel)
fig 672A drawing, Dwarse snede, posted by Anouk Depaepe at 26.05.20 (filed under: brick concrete steel)
fig 671A model, Schijf x Manchester, posted by Fien Dequeker at 26.05.20 (filed under: concrete steel)
fig 671B Schijf x Manchester, posted by Fien Dequeker at 26.05.20 (filed under: concrete steel)
fig 671C Schijf x Manchester, posted by Fien Dequeker at 26.05.20 (filed under: concrete steel)
fig 671D Schijf x Manchester, posted by Fien Dequeker at 26.05.20 (filed under: concrete steel)
fig 669A Aanzicht westgevel, posted by Anouk Depaepe at 26.05.20 (filed under: concrete steel)
fig 659A Concrete Disc building, posted by Emile Bouckaert at 20.05.20 (filed under: concrete)
fig 657A photo, shed structure, posted by Maurits Verstraete at 14.05.20 (filed under: concrete plastics steel)
fig 647A New Shed structure, posted by Maurits Verstraete at 06.05.20 (filed under: concrete steel)
fig 647B New Shed structure, posted by Maurits Verstraete at 06.05.20 (filed under: concrete steel)
fig 644A Green Industry ?, posted by Bert Van Wijnendaele at 06.05.20 (filed under: concrete)
fig 642A PALACE OF LABOUR, TURIN, 1961, posted by Emile Bouckaert at 05.05.20 (filed under: concrete)
fig 639A Staal-beton kolom, posted by Marie-lou Vermaerke at 30.04.20 (filed under: concrete steel)
fig 639B Staal-beton kolom, posted by Marie-lou Vermaerke at 30.04.20 (filed under: concrete steel)
fig 636A circular building, posted by Maurits Verstraete at 29.04.20 (filed under: brick concrete wood)
fig 636B circular building, posted by Maurits Verstraete at 29.04.20 (filed under: brick concrete wood)
fig 635A Shed structure with new volume, posted by Maurits Verstraete at 29.04.20 (filed under: concrete steel)
fig 635B Shed structure with new volume, posted by Maurits Verstraete at 29.04.20 (filed under: concrete steel)
fig 634A shed structure, posted by Maurits Verstraete at 29.04.20 (filed under: brick concrete steel)
fig 634B shed structure, posted by Maurits Verstraete at 29.04.20 (filed under: brick concrete steel)
fig 615A werfbezoek, posted by Arne Ilsbroekx at 01.04.20 (filed under: concrete steel)
fig 614A werfbezoek, posted by Arne Ilsbroekx at 01.04.20 (filed under: concrete steel)
fig 609A Pavilion on Vynckier Site, posted by Lode De Smet Van Damme at 01.04.20 (filed under: brick concrete glass)
fig 609B Pavilion on Vynckier Site, posted by Lode De Smet Van Damme at 01.04.20 (filed under: brick concrete glass)
fig 609C Pavilion on Vynckier Site, posted by Lode De Smet Van Damme at 01.04.20 (filed under: brick concrete glass)
fig 609D Pavilion on Vynckier Site, posted by Lode De Smet Van Damme at 01.04.20 (filed under: brick concrete glass)
fig 565A Vynckier oude luchtfoto, posted by Eva Roose at 09.03.20 (filed under: brick concrete steel)
fig 562A drawing, Plan floor level (+0) of building 4 and 4A, Vynckier site, posted by Aaron Vanacker at 08.03.20 (filed under: brick concrete glass)
fig 561A Front façade and back façade of building 4 and 4A, Vynckier site, posted by Aaron Vanacker at 08.03.20 (filed under: brick concrete)
fig 560A Section Vynckier Machinekamer, posted by Lode De Smet Van Damme at 08.03.20 (filed under: brick concrete)
fig 557A section engine room archive, posted by Maurits Verstraete at 06.03.20 (filed under: concrete)
fig 556A Model Engine Room, posted by Maurits Verstraete at 06.03.20 (filed under: concrete)
fig 556B Model Engine Room, posted by Maurits Verstraete at 06.03.20 (filed under: concrete)
fig 554A Combination industry and living, Biestebroek quay – Plusoffice Architects & Collectif WRKSHP, posted by linde huygens at 05.03.20 (filed under: concrete glass steel)
fig 554B Combination industry and living, Biestebroek quay – Plusoffice Architects & Collectif WRKSHP, posted by linde huygens at 05.03.20 (filed under: concrete glass steel)
fig 554C Combination industry and living, Biestebroek quay – Plusoffice Architects & Collectif WRKSHP, posted by linde huygens at 05.03.20 (filed under: concrete glass steel)
fig 551A Vynckier Manchester I Foundation, posted by Lode De Smet Van Damme at 28.02.20 (filed under: brick concrete)
fig 550A Werf GENT, posted by Eva Roose at 28.02.20 (filed under: concrete)
fig 549A Parkeergebouw Ledeberg, posted by Bert Van Wijnendaele at 27.02.20 (filed under: concrete)
fig 548A Parkeergebouw Ledeberg, posted by Bert Van Wijnendaele at 27.02.20 (filed under: concrete steel)
fig 547A photo, Site visit, posted by Nicolas Vanneste at 27.02.20 (filed under: concrete)
fig 547B photo, Site visit, posted by Nicolas Vanneste at 27.02.20 (filed under: concrete)
fig 547C photo, Site visit, posted by Nicolas Vanneste at 27.02.20 (filed under: concrete)
fig 544A Bijgebouw Manchester 1, posted by Lene Lemmens at 27.02.20 (filed under: concrete)
fig 543A Constructie detail werfbezoek, posted by Lene Lemmens at 27.02.20 (filed under: concrete steel)
fig 539A Isomo uitsparing voor TPG betonvloer, posted by Emile Bouckaert at 26.02.20 (filed under: concrete)
fig 536A Rudolf Olgiati Column, posted by Lode De Smet Van Damme at 24.02.20 (filed under: concrete)
fig 535A photo, Palais d’Iéna, Paris – Auguste Perret, posted by Fien Dequeker at 23.02.20 (filed under: concrete)
fig 534A photo, Rue Franklin 25bis, Paris – Auguste Perret, posted by Fien Dequeker at 23.02.20 (filed under: concrete)
fig 532A The Smithsons’ New Brutalism, posted by linde huygens at 21.02.20 (filed under: brick concrete glass steel)
fig 532B The Smithsons’ New Brutalism, posted by linde huygens at 21.02.20 (filed under: brick concrete glass steel)
fig 528A Study of the capital, posted by Maurits Verstraete at 20.02.20 (filed under: brick concrete)
fig 526A drawing, Sketch of Art & Architecture Building, posted by Aaron Vanacker at 19.02.20 (filed under: concrete)
fig 518A drawing, Kimbell Art Center, posted by Jolien De Smet at 19.02.20 (filed under: concrete)
fig 518B Kimbell Art Center, posted by Jolien De Smet at 19.02.20 (filed under: concrete)
fig 516A Column Peter Märkli, posted by Lode De Smet Van Damme at 19.02.20 (filed under: concrete)
fig 515A space and event, posted by Jan Ilsbroekx at 19.02.20 (filed under: concrete plastics)
fig 514A Werfbeeld 51 Rue Raynouard – Perret, posted by Anouk Depaepe at 19.02.20 (filed under: concrete)
fig 513A Structural analysis, AFASIA, P. FLammer, posted by Emile Bouckaert at 19.02.20 (filed under: concrete)
fig 512A model, END MODEL CNC, posted by Hanlin Li at 11.06.19 (filed under: concrete wood)
fig 512B model, END MODEL CNC, posted by Hanlin Li at 11.06.19 (filed under: concrete wood)
fig 512C END MODEL CNC, posted by Hanlin Li at 11.06.19 (filed under: concrete wood)
fig 511A model, END MODEL, posted by Hanlin Li at 11.06.19 (filed under: concrete wood)
fig 511B model, END MODEL, posted by Hanlin Li at 11.06.19 (filed under: concrete wood)
fig 511C model, END MODEL, posted by Hanlin Li at 11.06.19 (filed under: concrete wood)
fig 508A model, DAUWSTRAAT MODEL, posted by Inge Habils at 04.06.19 (filed under: concrete glass steel)
fig 508B DAUWSTRAAT MODEL, posted by Inge Habils at 04.06.19 (filed under: concrete glass steel)
fig 508C DAUWSTRAAT MODEL, posted by Inge Habils at 04.06.19 (filed under: concrete glass steel)
fig 508D DAUWSTRAAT MODEL, posted by Inge Habils at 04.06.19 (filed under: concrete glass steel)
fig 507A Final maquette, posted by Gala Kenis at 04.06.19 (filed under: concrete steel)
fig 507B Final maquette, posted by Gala Kenis at 04.06.19 (filed under: concrete steel)
fig 507C photo, Final maquette, posted by Gala Kenis at 04.06.19 (filed under: concrete steel)
fig 506A drawing, PICARDSTRAAT DETAILSECTION, posted by Inge Habils at 04.06.19 (filed under: concrete glass steel)
fig 505A drawing, DAUWSTRAAT DETAILSECTION, posted by Inge Habils at 04.06.19 (filed under: concrete glass steel)
fig 502A Axonometric NG17, posted by Lucas Gemoets at 03.06.19 (filed under: concrete wood)
fig 493A model, Work in progress model CNC-site, posted by Hanlin Li at 20.05.19 (filed under: concrete)
fig 491A drawing, Betonnen wafelstructuur, posted by Enver Peeters at 14.05.19 (filed under: concrete)
fig 490A test materiality – housing tower, posted by Sandrine Janssens at 07.05.19 (filed under: concrete wood)
fig 489A NG17 – preliminary design 06/05 – hostel + offices, posted by Cedric Du Bois at 07.05.19 (filed under: concrete wood)
fig 489B NG17 – preliminary design 06/05 – hostel + offices, posted by Cedric Du Bois at 07.05.19 (filed under: concrete wood)
fig 487A Work in progress – Dauwstraat, posted by Inge Habils at 05.05.19 (filed under: concrete steel)
fig 484A model, Model housing tower, posted by Tom Galmart at 05.05.19 (filed under: concrete wood)
fig 482A test housing tower, posted by Sandrine Janssens at 02.05.19 (filed under: concrete wood)
fig 481A detail – concrete & wood connection, posted by Sandrine Janssens at 02.05.19 (filed under: concrete wood)
fig 480A Werkmaquettes concept DAUWSTRAAT/PICARDSTRAAT, posted by Inge Habils at 29.04.19 (filed under: concrete steel)
fig 480B Werkmaquettes concept DAUWSTRAAT/PICARDSTRAAT, posted by Inge Habils at 29.04.19 (filed under: concrete steel)
fig 475A Wachtstaven, posted by Enver Peeters at 26.03.19 (filed under: concrete steel)
fig 472A FUNDERING, posted by Melissa Vanwezemael at 25.03.19 (filed under: concrete)
fig 471A Werfbezoek hoofdkwartier BNP Paribas Fortis, posted by Cedric Du Bois at 25.03.19 (filed under: concrete)
fig 471B Werfbezoek hoofdkwartier BNP Paribas Fortis, posted by Cedric Du Bois at 25.03.19 (filed under: concrete)
fig 471C Werfbezoek hoofdkwartier BNP Paribas Fortis, posted by Cedric Du Bois at 25.03.19 (filed under: concrete)
fig 459A House Botte – bOb Van Reeth, posted by Inge Habils at 04.03.19 (filed under: concrete glass wood)
fig 454A George&Gilbert, posted by Inge Habils at 27.02.19 (filed under: brick concrete glass steel)
fig 453A renovated structure, posted by Kadir Altun at 27.02.19 (filed under: concrete)
fig 441A Visible structure, posted by Inge Habils at 25.02.19 (filed under: brick concrete)
fig 437A model, WTC remodel – puzzle, posted by Karel Verdonck at 27.06.18 (filed under: concrete glass steel)
fig 437B model, WTC remodel – puzzle, posted by Karel Verdonck at 27.06.18 (filed under: concrete glass steel)
fig 437C model, WTC remodel – puzzle, posted by Karel Verdonck at 27.06.18 (filed under: concrete glass steel)
fig 437D model, WTC remodel – puzzle, posted by Karel Verdonck at 27.06.18 (filed under: concrete glass steel)
fig 436A model, WTC remodel – final presentation, posted by Karel Verdonck at 27.06.18 (filed under: concrete glass steel)
fig 436B model, WTC remodel – final presentation, posted by Karel Verdonck at 27.06.18 (filed under: concrete glass steel)
fig 436C model, WTC remodel – final presentation, posted by Karel Verdonck at 27.06.18 (filed under: concrete glass steel)
fig 436D model, WTC remodel – final presentation, posted by Karel Verdonck at 27.06.18 (filed under: concrete glass steel)
fig 433A finaal model, posted by Carolien Vereecken at 13.06.18 (filed under: concrete steel)
fig 433B finaal model, posted by Carolien Vereecken at 13.06.18 (filed under: concrete steel)
fig 433C finaal model, posted by Carolien Vereecken at 13.06.18 (filed under: concrete steel)
fig 432A FINAL MODEL – JURY, posted by Laura Vanderdonckt at 11.06.18 (filed under: brick concrete glass plastics steel wood)
fig 432B FINAL MODEL – JURY, posted by Laura Vanderdonckt at 11.06.18 (filed under: brick concrete glass plastics steel wood)
fig 432C FINAL MODEL – JURY, posted by Laura Vanderdonckt at 11.06.18 (filed under: brick concrete glass plastics steel wood)
fig 432D FINAL MODEL – JURY, posted by Laura Vanderdonckt at 11.06.18 (filed under: brick concrete glass plastics steel wood)
fig 431A CATHEDRALE COMMUNALE_JURY, posted by Sophie Leemans at 11.06.18 (filed under: concrete steel)
fig 431B CATHEDRALE COMMUNALE_JURY, posted by Sophie Leemans at 11.06.18 (filed under: concrete steel)
fig 431C CATHEDRALE COMMUNALE_JURY, posted by Sophie Leemans at 11.06.18 (filed under: concrete steel)
fig 431D CATHEDRALE COMMUNALE_JURY, posted by Sophie Leemans at 11.06.18 (filed under: concrete steel)
fig 429A drawing, WTC remodel – detail of roof of rooftop extension, posted by Karel Verdonck at 07.06.18 (filed under: concrete)
fig 429B drawing, WTC remodel – detail of roof of rooftop extension, posted by Karel Verdonck at 07.06.18 (filed under: concrete)
fig 429C drawing, WTC remodel – detail of roof of rooftop extension, posted by Karel Verdonck at 07.06.18 (filed under: concrete)
fig 429D drawing, WTC remodel – detail of roof of rooftop extension, posted by Karel Verdonck at 07.06.18 (filed under: concrete)
fig 428A drawing, WTC remodel – section and facades, posted by Karel Verdonck at 07.06.18 (filed under: concrete glass steel wood)
fig 428B drawing, WTC remodel – section and facades, posted by Karel Verdonck at 07.06.18 (filed under: concrete glass steel wood)
fig 428C drawing, WTC remodel – section and facades, posted by Karel Verdonck at 07.06.18 (filed under: concrete glass steel wood)
fig 428D WTC remodel – section and facades, posted by Karel Verdonck at 07.06.18 (filed under: concrete glass steel wood)
fig 427A WTC remodel – a tower can have a lot of different plans, posted by Karel Verdonck at 07.06.18 (filed under: concrete glass steel wood)
fig 427B WTC remodel – a tower can have a lot of different plans, posted by Karel Verdonck at 07.06.18 (filed under: concrete glass steel wood)
fig 427C WTC remodel – a tower can have a lot of different plans, posted by Karel Verdonck at 07.06.18 (filed under: concrete glass steel wood)
fig 427D WTC remodel – a tower can have a lot of different plans, posted by Karel Verdonck at 07.06.18 (filed under: concrete glass steel wood)
fig 426A FINAL Model WTC, posted by Laura Vanderdonckt at 04.06.18 (filed under: brick concrete glass plastics steel wood)
fig 426B FINAL Model WTC, posted by Laura Vanderdonckt at 04.06.18 (filed under: brick concrete glass plastics steel wood)
fig 426C FINAL Model WTC, posted by Laura Vanderdonckt at 04.06.18 (filed under: brick concrete glass plastics steel wood)
fig 423A Early plan social triplex, posted by Lauren Vangilbergen at 04.06.18 (filed under: concrete glass plastics steel)
fig 419A waffle slab, posted by Dorien Moonen at 04.06.18 (filed under: concrete)
fig 419B waffle slab, posted by Dorien Moonen at 04.06.18 (filed under: concrete)
fig 418A drawing, snede, posted by Dorien Moonen at 04.06.18 (filed under: concrete)
fig 417A sfeer, posted by LindsayPrat at 04.06.18 (filed under: concrete)
fig 416A drawing, proces, posted by LindsayPrat at 04.06.18 (filed under: concrete)
fig 416B proces, posted by LindsayPrat at 04.06.18 (filed under: concrete)
fig 413A Final design detail, posted by Mattias Vandenbempt at 04.06.18 (filed under: concrete steel wood)
fig 413B Final design detail, posted by Mattias Vandenbempt at 04.06.18 (filed under: concrete steel wood)
fig 412A analyse plint, posted by Dorien Moonen at 04.06.18 (filed under: concrete)
fig 412B analyse plint, posted by Dorien Moonen at 04.06.18 (filed under: concrete)
fig 412C drawing, analyse plint, posted by Dorien Moonen at 04.06.18 (filed under: concrete)
fig 412D analyse plint, posted by Dorien Moonen at 04.06.18 (filed under: concrete)
fig 411A Torre Velasca, posted by Dorien Moonen at 04.06.18 (filed under: concrete)
fig 411B Torre Velasca, posted by Dorien Moonen at 04.06.18 (filed under: concrete)
fig 410A axo details, posted by Dorien Moonen at 04.06.18 (filed under: concrete)
fig 410B drawing, axo details, posted by Dorien Moonen at 04.06.18 (filed under: concrete)
fig 405A drawing, SECTION_BREWERY_AA’, posted by Lien De Jonghe at 03.06.18 (filed under: concrete glass steel wood)
fig 404A drawing, DETAIL_SILO, posted by Lien De Jonghe at 03.06.18 (filed under: concrete glass steel wood)
fig 403A model, Cathedrale Communale 1/200, posted by leilaviaene at 03.06.18 (filed under: concrete steel wood)
fig 403B model, Cathedrale Communale 1/200, posted by leilaviaene at 03.06.18 (filed under: concrete steel wood)
fig 403C model, Cathedrale Communale 1/200, posted by leilaviaene at 03.06.18 (filed under: concrete steel wood)
fig 403D model, Cathedrale Communale 1/200, posted by leilaviaene at 03.06.18 (filed under: concrete steel wood)
fig 401A model, CATHEDRALE COMMUNALE_DETAIL, posted by Sophie Leemans at 03.06.18 (filed under: concrete steel)
fig 401B model, CATHEDRALE COMMUNALE_DETAIL, posted by Sophie Leemans at 03.06.18 (filed under: concrete steel)
fig 399A drawing, New vs old structure, steel vs concrete, posted by Sven de Smet at 03.06.18 (filed under: concrete steel)
fig 396A drawing, Final plans, posted by Sven de Smet at 03.06.18 (filed under: concrete steel)
fig 395A model, Small 1/200 scale model, posted by Sven de Smet at 03.06.18 (filed under: concrete steel)
fig 394A model, Final scale model, posted by Sven de Smet at 03.06.18 (filed under: concrete glass steel wood)
fig 393A model, Cathedrale Communale, posted by leilaviaene at 03.06.18 (filed under: concrete steel wood)
fig 393B model, Cathedrale Communale, posted by leilaviaene at 03.06.18 (filed under: concrete steel wood)
fig 393C model, Cathedrale Communale, posted by leilaviaene at 03.06.18 (filed under: concrete steel wood)
fig 393D model, Cathedrale Communale, posted by leilaviaene at 03.06.18 (filed under: concrete steel wood)
fig 392A model, Cathedrale Communale, posted by leilaviaene at 03.06.18 (filed under: concrete)
fig 392B model, Cathedrale Communale, posted by leilaviaene at 03.06.18 (filed under: concrete)
fig 392C model, Cathedrale Communale, posted by leilaviaene at 03.06.18 (filed under: concrete)
fig 392D model, Cathedrale Communale, posted by leilaviaene at 03.06.18 (filed under: concrete)
fig 390A Is It a Niemeyer?, posted by Laura Vanderdonckt at 03.06.18 (filed under: concrete steel wood)
fig 390B Is It a Niemeyer?, posted by Laura Vanderdonckt at 03.06.18 (filed under: concrete steel wood)
fig 389A CATHEDRALE COMMUNALE_PERSPECTIVE, posted by Sophie Leemans at 03.06.18 (filed under: concrete steel)
fig 388A CATHEDRALE COMMUNALE_DETAILS, posted by Sophie Leemans at 03.06.18 (filed under: concrete steel)
fig 387A CATHEDRALE COMMUNALE_ISOMETRIC, posted by Sophie Leemans at 03.06.18 (filed under: concrete steel)
fig 385A CATHEDRALE COMMUNALE, posted by Sophie Leemans at 03.06.18 (filed under: concrete steel)
fig 384A CATHEDRALE COMMUNALE_SECTIONS, posted by Sophie Leemans at 03.06.18 (filed under: concrete steel)
fig 384B CATHEDRALE COMMUNALE_SECTIONS, posted by Sophie Leemans at 03.06.18 (filed under: concrete steel)
fig 383A CATHEDRALE COMMUNALE_PLANS, posted by Sophie Leemans at 03.06.18 (filed under: concrete steel)
fig 382A WTC EXISTING STRUCTURE, posted by Sophie Leemans at 03.06.18 (filed under: concrete steel)
fig 381A ANALYSIS WTC, posted by Sophie Leemans at 03.06.18 (filed under: concrete steel)
fig 381B ANALYSIS WTC, posted by Sophie Leemans at 03.06.18 (filed under: concrete steel)
fig 380A Final design: looking inside the model, posted by Femke Van Doorsselaere at 03.06.18 (filed under: concrete glass)
fig 380B Final design: looking inside the model, posted by Femke Van Doorsselaere at 03.06.18 (filed under: concrete glass)
fig 379A The masters refer, posted by Femke Van Doorsselaere at 03.06.18 (filed under: concrete)
fig 375A STRUCTUREMODEL_SERVICEFLATS_1, posted by Maxim Lefebvre at 21.05.18 (filed under: concrete steel wood)
fig 375B STRUCTUREMODEL_SERVICEFLATS_1, posted by Maxim Lefebvre at 21.05.18 (filed under: concrete steel wood)
fig 374A WERKMAQUETTE_4.1, posted by Louis Lories at 16.05.18 (filed under: concrete)
fig 373A Cathedrale Communale, posted by leilaviaene at 13.05.18 (filed under: concrete glass steel)
fig 372A cathédrale communale work documents, posted by Sophie Leemans at 12.05.18 (filed under: concrete steel)
fig 372B cathédrale communale work documents, posted by Sophie Leemans at 12.05.18 (filed under: concrete steel)
fig 371A Research roof structure diving tank, posted by Mattias Vandenbempt at 12.05.18 (filed under: concrete)
fig 371B Research roof structure diving tank, posted by Mattias Vandenbempt at 12.05.18 (filed under: concrete)
fig 368A Structural model WTC brewery, posted by Sven de Smet at 10.05.18 (filed under: concrete steel)
fig 368B Structural model WTC brewery, posted by Sven de Smet at 10.05.18 (filed under: concrete steel)
fig 365A Bochten testen, posted by Laura Vanderdonckt at 08.05.18 (filed under: concrete steel)
fig 365B Bochten testen, posted by Laura Vanderdonckt at 08.05.18 (filed under: concrete steel)
fig 365C Bochten testen, posted by Laura Vanderdonckt at 08.05.18 (filed under: concrete steel)
fig 364A Axo volumes, posted by Carolien Vereecken at 07.05.18 (filed under: concrete steel)
fig 364B Axo volumes, posted by Carolien Vereecken at 07.05.18 (filed under: concrete steel)
fig 363A cathédrale communale work documents, posted by Sophie Leemans at 05.05.18 (filed under: concrete steel)
fig 363B cathédrale communale work documents, posted by Sophie Leemans at 05.05.18 (filed under: concrete steel)
fig 362A WTC 1 – model of mosque, posted by Karel Verdonck at 02.05.18 (filed under: concrete glass steel)
fig 362B WTC 1 – model of mosque, posted by Karel Verdonck at 02.05.18 (filed under: concrete glass steel)
fig 356A Diving Tank, WTC, posted by Mattias Vandenbempt at 01.05.18 (filed under: concrete)
fig 345A La Fábrica – Ricardo Bofill, posted by Sven de Smet at 23.04.18 (filed under: concrete)
fig 344A How to become a Niemeyer, posted by Femke Van Doorsselaere at 23.04.18 (filed under: concrete)
fig 342A Drawing of concrete silo, posted by Sven de Smet at 23.04.18 (filed under: concrete)
fig 341A Axo concrete factory, posted by Sven de Smet at 23.04.18 (filed under: concrete)
fig 340A Manitoba hydro place, posted by Sven de Smet at 23.04.18 (filed under: concrete glass steel)
fig 338A Maquette 1/50, posted by Carolien Vereecken at 23.04.18 (filed under: concrete glass steel)
fig 336A Werkmaquette, posted by Carolien Vereecken at 23.04.18 (filed under: concrete steel)
fig 335A REFERENTIE_3, posted by Louis Lories at 22.04.18 (filed under: concrete)
fig 331A REFERENTIE_1, posted by Louis Lories at 22.04.18 (filed under: concrete)
fig 328A Werf station parking, posted by LindsayPrat at 17.04.18 (filed under: concrete steel)
fig 328B Werf station parking, posted by LindsayPrat at 17.04.18 (filed under: concrete steel)
fig 328C Werf station parking, posted by LindsayPrat at 17.04.18 (filed under: concrete steel)
fig 328D Werf station parking, posted by LindsayPrat at 17.04.18 (filed under: concrete steel)
fig 327A WTC – model, posted by Karel Verdonck at 17.04.18 (filed under: concrete steel)
fig 327B WTC – model, posted by Karel Verdonck at 17.04.18 (filed under: concrete steel)
fig 326A WTC model progress week 8, posted by Sophie Leemans at 17.04.18 (filed under: concrete steel wood)
fig 325A work documents 20180417, posted by Sophie Leemans at 17.04.18 (filed under: concrete steel)
fig 325B work documents 20180417, posted by Sophie Leemans at 17.04.18 (filed under: concrete steel)
fig 325C work documents 20180417, posted by Sophie Leemans at 17.04.18 (filed under: concrete steel)
fig 324A werfbezoek, posted by Dorien Moonen at 17.04.18 (filed under: concrete steel)
fig 324B werfbezoek, posted by Dorien Moonen at 17.04.18 (filed under: concrete steel)
fig 324C werfbezoek, posted by Dorien Moonen at 17.04.18 (filed under: concrete steel)
fig 323A Werfbezoek, posted by Eva Van Craenenbroeck at 16.04.18 (filed under: concrete steel)
fig 323B Werfbezoek, posted by Eva Van Craenenbroeck at 16.04.18 (filed under: concrete steel)
fig 323C Werfbezoek, posted by Eva Van Craenenbroeck at 16.04.18 (filed under: concrete steel)
fig 323D Werfbezoek, posted by Eva Van Craenenbroeck at 16.04.18 (filed under: concrete steel)
fig 322A Fotos werfbezoek, posted by charlie lanckvrind at 16.04.18 (filed under: concrete)
fig 322B Fotos werfbezoek, posted by charlie lanckvrind at 16.04.18 (filed under: concrete)
fig 322C Fotos werfbezoek, posted by charlie lanckvrind at 16.04.18 (filed under: concrete)
fig 319A exploded sokkel, posted by Eva Van Craenenbroeck at 16.04.18 (filed under: concrete steel)
fig 318A Axonometric WTC, posted by Maxim Lefebvre at 16.04.18 (filed under: concrete glass steel)
fig 317A Lina Bo Bardi MASP under construction, posted by Dorien Moonen at 16.04.18 (filed under: concrete)
fig 315A Tetris Within A Tetris, posted by Laura Vanderdonckt at 16.04.18 (filed under: concrete glass steel)
fig 313A Experience the real stuff, posted by Femke Van Doorsselaere at 16.04.18 (filed under: concrete steel)
fig 313B Experience the real stuff, posted by Femke Van Doorsselaere at 16.04.18 (filed under: concrete steel)
fig 313C Experience the real stuff, posted by Femke Van Doorsselaere at 16.04.18 (filed under: concrete steel)
fig 311A Analysing the parking lot, posted by Femke Van Doorsselaere at 16.04.18 (filed under: concrete)
fig 311B Analysing the parking lot, posted by Femke Van Doorsselaere at 16.04.18 (filed under: concrete)
fig 311C Analysing the parking lot, posted by Femke Van Doorsselaere at 16.04.18 (filed under: concrete)
fig 311D Analysing the parking lot, posted by Femke Van Doorsselaere at 16.04.18 (filed under: concrete)
fig 309A Balkony garden, posted by Mattias Vandenbempt at 15.04.18 (filed under: concrete)
fig 309B Balkony garden, posted by Mattias Vandenbempt at 15.04.18 (filed under: concrete)
fig 309C Balkony garden, posted by Mattias Vandenbempt at 15.04.18 (filed under: concrete)
fig 309D Balkony garden, posted by Mattias Vandenbempt at 15.04.18 (filed under: concrete)
fig 308A Vertical Garden, posted by Mattias Vandenbempt at 15.04.18 (filed under: concrete)
fig 304A work documents, posted by Sophie Leemans at 28.03.18 (filed under: concrete)
fig 302A WTC Sketch, posted by Laura Vanderdonckt at 24.03.18 (filed under: concrete steel)
fig 301A WTC Plan/Section Studentdorms, posted by Laura Vanderdonckt at 24.03.18 (filed under: concrete steel)
fig 296A WTC sections, posted by Sophie Leemans at 19.03.18 (filed under: concrete steel)
fig 295A Civic Center – SOM, posted by Eva Van Craenenbroeck at 19.03.18 (filed under: concrete)
fig 293A Core WTC, posted by charlie lanckvrind at 19.03.18 (filed under: concrete)
fig 291A WTC I: Axo op 2 verdiepen, posted by Eva Van Craenenbroeck at 19.03.18 (filed under: concrete steel)
fig 290A Reference: Standard Bank Centre – Hentrich, Petschnigg & Partners ( 1970), posted by charlie lanckvrind at 19.03.18 (filed under: concrete)
fig 288A Voorstel programma toren, posted by Carolien Vereecken at 14.03.18 (filed under: concrete)
fig 286A sketch on existing plan, posted by leilaviaene at 13.03.18 (filed under: concrete)
fig 285A sketch on existing plan, posted by leilaviaene at 13.03.18 (filed under: concrete)
fig 284A werfbezoek – kraan in liftschacht, posted by Sophie Leemans at 13.03.18 (filed under: concrete steel)
fig 283A werfbezoek – logisitek verdeelverdiep, posted by Sophie Leemans at 13.03.18 (filed under: concrete)
fig 283B werfbezoek – logisitek verdeelverdiep, posted by Sophie Leemans at 13.03.18 (filed under: concrete)
fig 282A werfbezoek – zettingsvoegen, posted by Sophie Leemans at 13.03.18 (filed under: concrete)
fig 281A werfbezoek – fout wapeningsstaal, posted by Sophie Leemans at 13.03.18 (filed under: concrete steel)
fig 280A werfbezoek – ultiem grid 740 x 740, posted by Sophie Leemans at 13.03.18 (filed under: concrete)
fig 280B werfbezoek – ultiem grid 740 x 740, posted by Sophie Leemans at 13.03.18 (filed under: concrete)
fig 279A werfbezoek – breedplaatwanden, posted by Sophie Leemans at 13.03.18 (filed under: concrete)
fig 279B werfbezoek – breedplaatwanden, posted by Sophie Leemans at 13.03.18 (filed under: concrete)
fig 275A Ceiling Infrastructure plan, posted by Maxim Lefebvre at 07.03.18 (filed under: concrete glass steel)
fig 263A structureel schema plint, posted by Dorien Moonen at 06.03.18 (filed under: concrete)
fig 261A drawing, WTC_subtraction, posted by Timotheus de Beir at 06.01.18 (filed under: concrete steel)
fig 261B drawing, WTC_subtraction, posted by Timotheus de Beir at 06.01.18 (filed under: concrete steel)
fig 260A REA new ramp, posted by Caterina Gentini at 21.09.17 (filed under: concrete steel)
fig 257A WTC beams, posted by Fabian Villanyi at 01.09.17 (filed under: concrete steel)
fig 256A drawing, Structural core, posted by Nikolai Thyregaard at 01.09.17 (filed under: concrete)
fig 256B drawing, Structural core, posted by Nikolai Thyregaard at 01.09.17 (filed under: concrete)
fig 255A WTC pillar dimensions, posted by Fabian Villanyi at 01.09.17 (filed under: concrete steel)
fig 254A The ramp, posted by Caterina Gentini at 31.08.17 (filed under: concrete steel)
fig 254B The ramp, posted by Caterina Gentini at 31.08.17 (filed under: concrete steel)
fig 254C The ramp, posted by Caterina Gentini at 31.08.17 (filed under: concrete steel)
fig 253A Working session, posted by Floris De Bruyn at 30.08.17 (filed under: concrete glass wood)
fig 252A Pillar Catalogue, posted by Elena Calafati at 30.08.17 (filed under: concrete steel)
fig 251A DEEP PLAN construction detail 1, posted by Timotheus de Beir at 30.08.17 (filed under: concrete steel)
fig 250A working session, posted by Floris De Bruyn at 30.08.17 (filed under: concrete glass plastics steel)
fig 249A photo, working session, posted by Floris De Bruyn at 30.08.17 (filed under: brick concrete glass steel)
fig 248A photo, exploring the deep plan, posted by Floris De Bruyn at 30.08.17 (filed under: brick concrete glass steel)
fig 247A WTC pattern of the pillars, posted by Fabian Villanyi at 30.08.17 (filed under: concrete steel)
fig 246A Axonometria, posted by Borja Fernandez at 31.07.17 (filed under: brick concrete steel wood)
fig 245A model, Axel Fangueiro and Luna Fonseca, posted by Floris De Bruyn at 27.07.17 (filed under: brick concrete wood)
fig 244A model, Maurício Muller and Jerónimo Bailat, posted by Floris De Bruyn at 27.07.17 (filed under: brick concrete steel)
fig 243A model, Luciana Ligeiro and Marta Faustino, posted by Floris De Bruyn at 27.07.17 (filed under: brick concrete)
fig 240A drawing, axonometry Marta and Luciana, posted by Floris De Bruyn at 27.07.17 (filed under: brick concrete steel)
fig 238A AXONOMETRIC, Jukyung & Uk, posted by Jukyung Lee at 26.07.17 (filed under: brick concrete wood)
fig 237A final axonometry, posted by Charlette Fremont at 26.07.17 (filed under: brick concrete steel)
fig 236A model,Jukyung & Uk, posted by Jukyung Lee at 26.07.17 (filed under: brick concrete wood)
fig 233A model, Valentin Graf and Borja Fernandez, posted by Valentin Graf at 26.07.17 (filed under: concrete)
fig 230A proces_32, posted by Charlette Fremont at 26.07.17 (filed under: concrete)
fig 229A proces_31, posted by Beatriz Fernandez at 26.07.17 (filed under: concrete)
fig 224A studio, posted by Floris De Bruyn at 26.07.17 (filed under: concrete)
fig 222A model, proces_22, posted by Charlette Fremont at 26.07.17 (filed under: concrete)
fig 221A model, work in progress, posted by Axel Fangueiro at 26.07.17 (filed under: concrete)
fig 220A drawing, proces_20, posted by Floris De Bruyn at 26.07.17 (filed under: concrete)
fig 217A drawing, proces_17, posted by Laia Bonet at 26.07.17 (filed under: brick concrete)
fig 214A studio, posted by Floris De Bruyn at 26.07.17 (filed under: concrete)
fig 213A studio, posted by Floris De Bruyn at 26.07.17 (filed under: concrete)
fig 212A final isometric Axel and Luna, posted by Axel Fangueiro at 26.07.17 (filed under: brick concrete steel)
fig 205A meetings, posted by Floris De Bruyn at 26.07.17 (filed under: concrete)
fig 204A meetings, posted by Floris De Bruyn at 26.07.17 (filed under: concrete)
fig 203A sketch, posted by ricardo leitao at 25.07.17 (filed under: concrete)
fig 202A WALL LIMIT AXONOMETRIC, posted by João Branco at 24.07.17 (filed under: concrete)
fig 201A Floors sections, posted by Luna Fonseca at 24.07.17 (filed under: brick concrete steel wood)
fig 199A sketch, posted by ricardo leitao at 24.07.17 (filed under: concrete)
fig 198A sketch, posted by ricardo leitao at 24.07.17 (filed under: concrete)
fig 197A work in progress … axonometry, posted by Charlette Fremont at 24.07.17 (filed under: concrete steel)
fig 196A AXONOMETRIC, posted by Jukyung Lee at 24.07.17 (filed under: brick concrete)
fig 195A visits, posted by ricardo leitao at 24.07.17 (filed under: concrete)
fig 194A meetings, posted by ricardo leitao at 24.07.17 (filed under: concrete)
fig 193A meetings, posted by ricardo leitao at 24.07.17 (filed under: concrete)
fig 191A meetings, posted by ricardo leitao at 24.07.17 (filed under: concrete)
fig 190A meetings, posted by ricardo leitao at 24.07.17 (filed under: concrete)
fig 189A MAIN PLAN, posted by ricardo leitao at 24.07.17 (filed under: concrete)
fig 188A porto class 17, posted by Floris De Bruyn at 24.07.17 (filed under: concrete)
fig 187A studio at carlos ramos’ pavillion, posted by ricardo leitao at 22.07.17 (filed under: concrete)
fig 185A DECORMAQUETTE, posted by Alexander Van den Spiegel at 11.07.17 (filed under: concrete steel wood)
fig 181A final drawings, posted by Hannes Mol at 31.05.17 (filed under: concrete wood)
fig 181B drawing, final drawings, posted by Hannes Mol at 31.05.17 (filed under: concrete wood)
fig 180A model, Site de Porre – primary structure model, posted by Deborah Dumarey at 31.05.17 (filed under: concrete steel wood)
fig 179A Primary & New, posted by Stephen Van Elslander at 31.05.17 (filed under: brick concrete glass steel wood)
fig 178A model, Final model, posted by Hannes Mol at 31.05.17 (filed under: concrete wood)
fig 177A Final model, posted by Jean-Louis Verstraete at 31.05.17 (filed under: concrete)
fig 177B Final model, posted by Jean-Louis Verstraete at 31.05.17 (filed under: concrete)
fig 175A drawing, Project BOMA, posted by Stephen Van Elslander at 31.05.17 (filed under: brick concrete steel wood)
fig 175B drawing, Project BOMA, posted by Stephen Van Elslander at 31.05.17 (filed under: brick concrete steel wood)
fig 175C drawing, Project BOMA, posted by Stephen Van Elslander at 31.05.17 (filed under: brick concrete steel wood)
fig 175D drawing, Project BOMA, posted by Stephen Van Elslander at 31.05.17 (filed under: brick concrete steel wood)
fig 171A drawing, Analysis structure De Porre, posted by Deborah Dumarey at 31.05.17 (filed under: brick concrete)
fig 172A drawing, Research new structures in combination with existing, posted by Deborah Dumarey at 31.05.17 (filed under: brick concrete steel wood)
fig 172B drawing, Research new structures in combination with existing, posted by Deborah Dumarey at 31.05.17 (filed under: brick concrete steel wood)
fig 172C drawing, Research new structures in combination with existing, posted by Deborah Dumarey at 31.05.17 (filed under: brick concrete steel wood)
fig 172D drawing, Research new structures in combination with existing, posted by Deborah Dumarey at 31.05.17 (filed under: brick concrete steel wood)
fig 170A photo, REFERENCES, posted by Helen Van de Vloet at 31.05.17 (filed under: concrete glass plastics steel)
fig 170B REFERENCES, posted by Helen Van de Vloet at 31.05.17 (filed under: concrete glass plastics steel)
fig 170C REFERENCES, posted by Helen Van de Vloet at 31.05.17 (filed under: concrete glass plastics steel)
fig 170D REFERENCES, posted by Helen Van de Vloet at 31.05.17 (filed under: concrete glass plastics steel)
fig 166A photo, FACADE DETAIL, posted by Lars Nowé at 31.05.17 (filed under: brick concrete)
fig 166B photo, FACADE DETAIL, posted by Lars Nowé at 31.05.17 (filed under: brick concrete)
fig 166C photo, FACADE DETAIL, posted by Lars Nowé at 31.05.17 (filed under: brick concrete)
fig 166D photo, FACADE DETAIL, posted by Lars Nowé at 31.05.17 (filed under: brick concrete)
fig 164A photo, CREE LCT building system, posted by Hannes Mol at 31.05.17 (filed under: concrete wood)
fig 164B CREE LCT building system, posted by Hannes Mol at 31.05.17 (filed under: concrete wood)
fig 165A analysing site Gents Bakkershuis, posted by Hannes Mol at 31.05.17 (filed under: brick concrete)
fig 163A Proces, posted by Hannes Mol at 31.05.17 (filed under: concrete wood)
fig 163B drawing, Proces, posted by Hannes Mol at 31.05.17 (filed under: concrete wood)
fig 163C Proces, posted by Hannes Mol at 31.05.17 (filed under: concrete wood)
fig 163D Proces, posted by Hannes Mol at 31.05.17 (filed under: concrete wood)
fig 160A PROCES – AFBREKEN VS OPBOUW, posted by Manon Coppens at 31.05.17 (filed under: brick concrete steel wood)
fig 160B PROCES – AFBREKEN VS OPBOUW, posted by Manon Coppens at 31.05.17 (filed under: brick concrete steel wood)
fig 158A Model of the Site, posted by Lars Nowé at 31.05.17 (filed under: brick concrete)
fig 158B Model of the Site, posted by Lars Nowé at 31.05.17 (filed under: brick concrete)
fig 157A model masterplan, posted by Helen Van de Vloet at 31.05.17 (filed under: concrete glass plastics steel wood)
fig 155A drawing, ISO, posted by Manon Coppens at 31.05.17 (filed under: brick concrete steel wood)
fig 153A DRAWINGS, posted by Manon Coppens at 31.05.17 (filed under: brick concrete steel wood)
fig 153B DRAWINGS, posted by Manon Coppens at 31.05.17 (filed under: brick concrete steel wood)
fig 153C DRAWINGS, posted by Manon Coppens at 31.05.17 (filed under: brick concrete steel wood)
fig 153D DRAWINGS, posted by Manon Coppens at 31.05.17 (filed under: brick concrete steel wood)
fig 151A photo, Site ‘Huidevetterken’, posted by Viktor Devlies at 31.05.17 (filed under: concrete steel)
fig 151B photo, Site ‘Huidevetterken’, posted by Viktor Devlies at 31.05.17 (filed under: concrete steel)
fig 149A Sketches, posted by Helen Van de Vloet at 31.05.17 (filed under: concrete steel)
fig 149B Sketches, posted by Helen Van de Vloet at 31.05.17 (filed under: concrete steel)
fig 147A model, ‘HUIDEVETTERKEN’ werkmaquette, posted by Viktor Devlies at 31.05.17 (filed under: concrete glass steel wood)
fig 147B drawing, ‘HUIDEVETTERKEN’ werkmaquette, posted by Viktor Devlies at 31.05.17 (filed under: concrete glass steel wood)
fig 147C model, ‘HUIDEVETTERKEN’ werkmaquette, posted by Viktor Devlies at 31.05.17 (filed under: concrete glass steel wood)
fig 145A STRUCTURAL DESIGN PRINCIPLES, posted by Kevin De Roeck at 31.05.17 (filed under: concrete glass steel)
fig 145B STRUCTURAL DESIGN PRINCIPLES, posted by Kevin De Roeck at 31.05.17 (filed under: concrete glass steel)
fig 145C STRUCTURAL DESIGN PRINCIPLES, posted by Kevin De Roeck at 31.05.17 (filed under: concrete glass steel)
fig 145D STRUCTURAL DESIGN PRINCIPLES, posted by Kevin De Roeck at 31.05.17 (filed under: concrete glass steel)
fig 143A structural color, posted by Helen Van de Vloet at 31.05.17 (filed under: concrete steel wood)
fig 143B structural color, posted by Helen Van de Vloet at 31.05.17 (filed under: concrete steel wood)
fig 140A model making in the sun, posted by Helen Van de Vloet at 31.05.17 (filed under: concrete steel wood)
fig 140B model making in the sun, posted by Helen Van de Vloet at 31.05.17 (filed under: concrete steel wood)
fig 139A DT, posted by Manon Coppens at 31.05.17 (filed under: brick concrete steel wood)
fig 139B DT, posted by Manon Coppens at 31.05.17 (filed under: brick concrete steel wood)
fig 138A Sint – Amandsberg site, Gent. Details, posted by Tim Belaen at 31.05.17 (filed under: concrete glass steel)
fig 136A Sint – Amandsberg site, Gent. Detail Model, posted by Tim Belaen at 31.05.17 (filed under: concrete glass steel)
fig 137A model, photos models, posted by Lawrence Schietgat at 31.05.17 (filed under: concrete steel wood)
fig 137B photo, photos models, posted by Lawrence Schietgat at 31.05.17 (filed under: concrete steel wood)
fig 137C model, photos models, posted by Lawrence Schietgat at 31.05.17 (filed under: concrete steel wood)
fig 137D photos models, posted by Lawrence Schietgat at 31.05.17 (filed under: concrete steel wood)
fig 130A Example sites photos, posted by Michiel Vrolix at 31.05.17 (filed under: concrete steel)
fig 130B Example sites photos, posted by Michiel Vrolix at 31.05.17 (filed under: concrete steel)
fig 130C Example sites photos, posted by Michiel Vrolix at 31.05.17 (filed under: concrete steel)
fig 131A Blekerijstraat site photos, posted by Michiel Vrolix at 31.05.17 (filed under: concrete steel)
fig 131B Blekerijstraat site photos, posted by Michiel Vrolix at 31.05.17 (filed under: concrete steel)
fig 131C Blekerijstraat site photos, posted by Michiel Vrolix at 31.05.17 (filed under: concrete steel)
fig 131D Blekerijstraat site photos, posted by Michiel Vrolix at 31.05.17 (filed under: concrete steel)
fig 127A model, Final, posted by Anton Parys at 31.05.17 (filed under: concrete steel wood)
fig 127B drawing, Final, posted by Anton Parys at 31.05.17 (filed under: concrete steel wood)
fig 127C drawing, Final, posted by Anton Parys at 31.05.17 (filed under: concrete steel wood)
fig 125A Site visit, posted by Mathias Tack at 31.05.17 (filed under: concrete steel)
fig 122A Structure site Nieuwevaart Gent, posted by Mathias Tack at 31.05.17 (filed under: brick concrete steel wood)
fig 122B Structure site Nieuwevaart Gent, posted by Mathias Tack at 31.05.17 (filed under: brick concrete steel wood)
fig 116A drawing, Program, posted by Anton Parys at 30.05.17 (filed under: brick concrete glass plastics steel wood)
fig 116B photo, Program, posted by Anton Parys at 30.05.17 (filed under: brick concrete glass plastics steel wood)
fig 116C drawing, Program, posted by Anton Parys at 30.05.17 (filed under: brick concrete glass plastics steel wood)
fig 116D photo, Program, posted by Anton Parys at 30.05.17 (filed under: brick concrete glass plastics steel wood)
fig 115A photo, Site visit, posted by Anton Parys at 30.05.17 (filed under: concrete)
fig 115B photo, Site visit, posted by Anton Parys at 30.05.17 (filed under: concrete)
fig 115C photo, Site visit, posted by Anton Parys at 30.05.17 (filed under: concrete)
fig 115D photo, Site visit, posted by Anton Parys at 30.05.17 (filed under: concrete)
fig 105A WASSERIJ DER VLAANDEREN, posted by Manon Coppens at 24.05.17 (filed under: brick concrete steel wood)
fig 105B WASSERIJ DER VLAANDEREN, posted by Manon Coppens at 24.05.17 (filed under: brick concrete steel wood)
fig 105C WASSERIJ DER VLAANDEREN, posted by Manon Coppens at 24.05.17 (filed under: brick concrete steel wood)
fig 105D WASSERIJ DER VLAANDEREN, posted by Manon Coppens at 24.05.17 (filed under: brick concrete steel wood)
fig 104A drawing, supporting points in sports, posted by Helen Van de Vloet at 24.05.17 (filed under: concrete)
fig 104B supporting points in sports, posted by Helen Van de Vloet at 24.05.17 (filed under: concrete)
fig 104C supporting points in sports, posted by Helen Van de Vloet at 24.05.17 (filed under: concrete)
fig 103A RECTOLIGHT, posted by Manon Coppens at 24.05.17 (filed under: concrete wood)
fig 101A WASSERIJ DER VLAANDEREN – ISO LOODS, posted by Manon Coppens at 24.05.17 (filed under: brick concrete steel)
fig 101B WASSERIJ DER VLAANDEREN – ISO LOODS, posted by Manon Coppens at 24.05.17 (filed under: brick concrete steel)
fig 101C WASSERIJ DER VLAANDEREN – ISO LOODS, posted by Manon Coppens at 24.05.17 (filed under: brick concrete steel)
fig 101D drawing, WASSERIJ DER VLAANDEREN – ISO LOODS, posted by Manon Coppens at 24.05.17 (filed under: brick concrete steel)
fig 99A Basic Concrete Prefab Construction, posted by Kevin De Roeck at 24.05.17 (filed under: concrete steel)
fig 99B Basic Concrete Prefab Construction, posted by Kevin De Roeck at 24.05.17 (filed under: concrete steel)
fig 99C Basic Concrete Prefab Construction, posted by Kevin De Roeck at 24.05.17 (filed under: concrete steel)
fig 99D Basic Concrete Prefab Construction, posted by Kevin De Roeck at 24.05.17 (filed under: concrete steel)
fig 96A mazda site koopvaardijlaan, posted by Kevin De Roeck at 24.05.17 (filed under: brick concrete steel)
fig 96B mazda site koopvaardijlaan, posted by Kevin De Roeck at 24.05.17 (filed under: brick concrete steel)
fig 96C mazda site koopvaardijlaan, posted by Kevin De Roeck at 24.05.17 (filed under: brick concrete steel)
fig 96D mazda site koopvaardijlaan, posted by Kevin De Roeck at 24.05.17 (filed under: brick concrete steel)
fig 97A drawing, SITE & BUILDING ANALYSIS, posted by Alexander Van den Spiegel at 24.05.17 (filed under: concrete steel wood)
fig 97B SITE & BUILDING ANALYSIS, posted by Alexander Van den Spiegel at 24.05.17 (filed under: concrete steel wood)
fig 93A TECHNICAL DETAILS, posted by Alexander Van den Spiegel at 24.05.17 (filed under: concrete steel wood)
fig 93B TECHNICAL DETAILS, posted by Alexander Van den Spiegel at 24.05.17 (filed under: concrete steel wood)
fig 94A INDUSTRIAL CONSTRUCTION SITE, posted by Alexander Van den Spiegel at 24.05.17 (filed under: concrete steel)
fig 94B INDUSTRIAL CONSTRUCTION SITE, posted by Alexander Van den Spiegel at 24.05.17 (filed under: concrete steel)
fig 94C INDUSTRIAL CONSTRUCTION SITE, posted by Alexander Van den Spiegel at 24.05.17 (filed under: concrete steel)
fig 90A Connection of a steel beam to a concrete wall, posted by Deborah Dumarey at 24.05.17 (filed under: concrete steel)
fig 90B Connection of a steel beam to a concrete wall, posted by Deborah Dumarey at 24.05.17 (filed under: concrete steel)
fig 91A MODEL #1, posted by Alexander Van den Spiegel at 24.05.17 (filed under: concrete steel wood)
fig 91B MODEL #1, posted by Alexander Van den Spiegel at 24.05.17 (filed under: concrete steel wood)
fig 92A MODEL #2, posted by Alexander Van den Spiegel at 24.05.17 (filed under: concrete steel wood)
fig 92B MODEL #2, posted by Alexander Van den Spiegel at 24.05.17 (filed under: concrete steel wood)
fig 92C MODEL #2, posted by Alexander Van den Spiegel at 24.05.17 (filed under: concrete steel wood)
fig 88A MODEL #4, posted by Alexander Van den Spiegel at 24.05.17 (filed under: concrete steel wood)
fig 87A Analysis structure De Porre, posted by Deborah Dumarey at 24.05.17 (filed under: concrete steel)
fig 87B Analysis structure De Porre, posted by Deborah Dumarey at 24.05.17 (filed under: concrete steel)
fig 87C Analysis structure De Porre, posted by Deborah Dumarey at 24.05.17 (filed under: concrete steel)
fig 87D Analysis structure De Porre, posted by Deborah Dumarey at 24.05.17 (filed under: concrete steel)
fig 82A model, Analysis structure “De Porre”, posted by Deborah Dumarey at 24.05.17 (filed under: concrete)
fig 82B Analysis structure “De Porre”, posted by Deborah Dumarey at 24.05.17 (filed under: concrete)
fig 82C Analysis structure “De Porre”, posted by Deborah Dumarey at 24.05.17 (filed under: concrete)
fig 79A drawing, detail construction garage box, posted by Hannes Mol at 24.05.17 (filed under: concrete)
fig 74A model, MODEL – WASSERIJ DER VLAANDEREN, posted by Manon Coppens at 24.05.17 (filed under: brick concrete steel wood)
fig 76A Project Kievit, posted by Yvonne van der Poel at 24.05.17 (filed under: concrete)
fig 76B Project Kievit, posted by Yvonne van der Poel at 24.05.17 (filed under: concrete)
fig 76C Project Kievit, posted by Yvonne van der Poel at 24.05.17 (filed under: concrete)
fig 76D Project Kievit, posted by Yvonne van der Poel at 24.05.17 (filed under: concrete)
fig 77A Concrete building elements, posted by Yvonne van der Poel at 24.05.17 (filed under: concrete)
fig 77B Concrete building elements, posted by Yvonne van der Poel at 24.05.17 (filed under: concrete)
fig 77C Concrete building elements, posted by Yvonne van der Poel at 24.05.17 (filed under: concrete)
fig 77D Concrete building elements, posted by Yvonne van der Poel at 24.05.17 (filed under: concrete)
fig 67A College Football Hall of Fame, Robert Venturi & Denise Scott Brown, posted by Helen Van de Vloet at 24.05.17 (filed under: concrete)
fig 67B College Football Hall of Fame, Robert Venturi & Denise Scott Brown, posted by Helen Van de Vloet at 24.05.17 (filed under: concrete)
fig 68A collage: walls around the field, posted by Helen Van de Vloet at 24.05.17 (filed under: concrete steel)
fig 63A Model tests, posted by Helen Van de Vloet at 24.05.17 (filed under: concrete glass plastics steel)
fig 64A DOME – EPS + SPRAYED CONCRETE, posted by Manon Coppens at 24.05.17 (filed under: concrete steel)
fig 64B DOME – EPS + SPRAYED CONCRETE, posted by Manon Coppens at 24.05.17 (filed under: concrete steel)
fig 64C DOME – EPS + SPRAYED CONCRETE, posted by Manon Coppens at 24.05.17 (filed under: concrete steel)
fig 64D DOME – EPS + SPRAYED CONCRETE, posted by Manon Coppens at 24.05.17 (filed under: concrete steel)
fig 54A HOLZER KOBLER ARCHITEKTUREN FRANKIE & JOHNNY STUDENT HOUSING PLÄNTERWALD, posted by Helen Van de Vloet at 24.05.17 (filed under: concrete steel)
fig 54B HOLZER KOBLER ARCHITEKTUREN FRANKIE & JOHNNY STUDENT HOUSING PLÄNTERWALD, posted by Helen Van de Vloet at 24.05.17 (filed under: concrete steel)
fig 54C HOLZER KOBLER ARCHITEKTUREN FRANKIE & JOHNNY STUDENT HOUSING PLÄNTERWALD, posted by Helen Van de Vloet at 24.05.17 (filed under: concrete steel)
fig 54D HOLZER KOBLER ARCHITEKTUREN FRANKIE & JOHNNY STUDENT HOUSING PLÄNTERWALD, posted by Helen Van de Vloet at 24.05.17 (filed under: concrete steel)
fig 55A section draft, posted by Helen Van de Vloet at 24.05.17 (filed under: concrete steel wood)
fig 57A Mid-Process model, posted by Alexander Van den Spiegel at 24.05.17 (filed under: concrete steel wood)
fig 50A drawing, OLD vs. NEW, posted by Manon Coppens at 24.05.17 (filed under: brick concrete steel)
fig 52A CONSTRUCTION SITE, posted by Manon Coppens at 24.05.17 (filed under: concrete steel)
fig 53A visit construction site, posted by Deborah Dumarey at 24.05.17 (filed under: brick concrete steel)
fig 53B visit construction site, posted by Deborah Dumarey at 24.05.17 (filed under: brick concrete steel)
fig 53C visit construction site, posted by Deborah Dumarey at 24.05.17 (filed under: brick concrete steel)
fig 48A model vs Spa reine, posted by Helen Van de Vloet at 24.05.17 (filed under: concrete steel wood)
fig 38A drawing, pergola without roof connection, posted by Helen Van de Vloet at 15.03.17 (filed under: concrete)
fig 32A drawing, Hangar INCO, posted by Stephen Van Elslander at 15.03.17 (filed under: concrete wood)
fig 32B drawing, Hangar INCO, posted by Stephen Van Elslander at 15.03.17 (filed under: concrete wood)
fig 32C Hangar INCO, posted by Stephen Van Elslander at 15.03.17 (filed under: concrete wood)
fig 32D Hangar INCO, posted by Stephen Van Elslander at 15.03.17 (filed under: concrete wood)
fig 33A photo, Factory “De Porre” – Gentbrugge, posted by Deborah Dumarey at 15.03.17 (filed under: brick concrete steel)
fig 33B photo, Factory “De Porre” – Gentbrugge, posted by Deborah Dumarey at 15.03.17 (filed under: brick concrete steel)
fig 33C photo, Factory “De Porre” – Gentbrugge, posted by Deborah Dumarey at 15.03.17 (filed under: brick concrete steel)
fig 33D photo, Factory “De Porre” – Gentbrugge, posted by Deborah Dumarey at 15.03.17 (filed under: brick concrete steel)
fig 25A photo, Hole deck, posted by Lawrence Schietgat at 15.03.17 (filed under: concrete)
fig 25B model, Hole deck, posted by Lawrence Schietgat at 15.03.17 (filed under: concrete)
fig 16A photo, SITE VISIT, posted by Lars Nowé at 15.03.17 (filed under: concrete wood)
fig 16B photo, SITE VISIT, posted by Lars Nowé at 15.03.17 (filed under: concrete wood)
fig 16C photo, SITE VISIT, posted by Lars Nowé at 15.03.17 (filed under: concrete wood)
fig 16D photo, SITE VISIT, posted by Lars Nowé at 15.03.17 (filed under: concrete wood)
fig 17A photo, SITE VISIT °2, posted by Lars Nowé at 15.03.17 (filed under: concrete steel)
fig 17B photo, SITE VISIT °2, posted by Lars Nowé at 15.03.17 (filed under: concrete steel)
fig 17C photo, SITE VISIT °2, posted by Lars Nowé at 15.03.17 (filed under: concrete steel)
fig 17D photo, SITE VISIT °2, posted by Lars Nowé at 15.03.17 (filed under: concrete steel)
fig 20A drawing, stabilizing structural systems, posted by Floris De Bruyn at 15.03.17 (filed under: concrete steel)
fig 21A photo, Tram depot Marconi – site visit, posted by Emmanuelle Vanhaesendonck at 15.03.17 (filed under: concrete steel wood)
fig 21B photo, Tram depot Marconi – site visit, posted by Emmanuelle Vanhaesendonck at 15.03.17 (filed under: concrete steel wood)
fig 21C photo, Tram depot Marconi – site visit, posted by Emmanuelle Vanhaesendonck at 15.03.17 (filed under: concrete steel wood)
fig 22A photo, factory Gentbrugge – Site, posted by Emmanuelle Vanhaesendonck at 15.03.17 (filed under: brick concrete steel wood)
fig 22B drawing, factory Gentbrugge – Site, posted by Emmanuelle Vanhaesendonck at 15.03.17 (filed under: brick concrete steel wood)
fig 22C drawing, factory Gentbrugge – Site, posted by Emmanuelle Vanhaesendonck at 15.03.17 (filed under: brick concrete steel wood)
fig 22D drawing, factory Gentbrugge – Site, posted by Emmanuelle Vanhaesendonck at 15.03.17 (filed under: brick concrete steel wood)
fig 23A photo, Poco Loco – Fully automatic warehouse, posted by Hannes Mol at 15.03.17 (filed under: concrete steel)
fig 23B photo, Poco Loco – Fully automatic warehouse, posted by Hannes Mol at 15.03.17 (filed under: concrete steel)
fig 23C photo, Poco Loco – Fully automatic warehouse, posted by Hannes Mol at 15.03.17 (filed under: concrete steel)
fig 23D photo, Poco Loco – Fully automatic warehouse, posted by Hannes Mol at 15.03.17 (filed under: concrete steel)
fig 13A photo, Arrival_Tower, posted by Yvonne van der Poel at 15.03.17 (filed under: concrete plastics)
fig 14A photo, Industrial project, posted by Jean-Louis Verstraete at 15.03.17 (filed under: concrete)
fig 14B photo, Industrial project, posted by Jean-Louis Verstraete at 15.03.17 (filed under: concrete)
fig 14C photo, Industrial project, posted by Jean-Louis Verstraete at 15.03.17 (filed under: concrete)
fig 14D photo, Industrial project, posted by Jean-Louis Verstraete at 15.03.17 (filed under: concrete)
fig 8A photo, FRAC, Dunkerque by Lacaton & Vasal, posted by arthurhaegeman at 08.03.17 (filed under: concrete plastics steel)
fig 8B photo, FRAC, Dunkerque by Lacaton & Vasal, posted by arthurhaegeman at 08.03.17 (filed under: concrete plastics steel)
fig 8C photo, FRAC, Dunkerque by Lacaton & Vasal, posted by arthurhaegeman at 08.03.17 (filed under: concrete plastics steel)
fig 8D photo, FRAC, Dunkerque by Lacaton & Vasal, posted by arthurhaegeman at 08.03.17 (filed under: concrete plastics steel)
fig 7A drawing, types of compound beam, posted by Helen Van de Vloet at 05.03.17 (filed under: concrete)
fig 5A photo, Concrete Structure, posted by Stephen Van Elslander at 04.03.17 (filed under: concrete)
fig 5B photo, Concrete Structure, posted by Stephen Van Elslander at 04.03.17 (filed under: concrete)
fig 2A photo, ‘De Nobele’ – Site, posted by Lars Nowé at 28.02.17 (filed under: brick concrete)
fig 2B photo, ‘De Nobele’ – Site, posted by Lars Nowé at 28.02.17 (filed under: brick concrete)
fig 2C photo, ‘De Nobele’ – Site, posted by Lars Nowé at 28.02.17 (filed under: brick concrete)
fig 2D ‘De Nobele’ – Site, posted by Lars Nowé at 28.02.17 (filed under: brick concrete)