PRIMARY STRUCTURE

fig 186A, Model

fig 186B, Model

fig 186C, Model

fig 184A, Design

fig 184B, Design

fig 184C, Design

fig 184D, Design

fig 184E, Design

fig 184F, Design

fig 184G, Design

fig 184H, Design

fig 184I, Design

fig 183A, Structural Analysis

fig 183B, Structural Analysis

fig 183C, Structural Analysis

fig 183D, Structural Analysis

fig 183E, Structural Analysis

fig 183F, Structural Analysis

fig 183G, Structural Analysis

fig 183H, Structural Analysis

fig 183I, drawing, Structural Analysis

fig 183J, Structural Analysis

fig 183K, Structural Analysis

fig 169A, research / site model

fig 169B, research / site model

fig 169C, research / site model

fig 145A, STRUCTURAL DESIGN PRINCIPLES

fig 145B, STRUCTURAL DESIGN PRINCIPLES

fig 145C, STRUCTURAL DESIGN PRINCIPLES

fig 145D, STRUCTURAL DESIGN PRINCIPLES

fig 145E, STRUCTURAL DESIGN PRINCIPLES

fig 145F, STRUCTURAL DESIGN PRINCIPLES

fig 145G, STRUCTURAL DESIGN PRINCIPLES

fig 142A, Urban design

fig 142B, Urban design

fig 100A, Steel Prefab Structure, construction site

fig 100B, Steel Prefab Structure, steel components joint

fig 100C, Steel Prefab Structure, steel components ridge joint

fig 100D, Steel Prefab Structure, steel components joint

fig 100E, Steel Prefab Structure, steel components ridge joint

fig 100F, Steel Prefab Structure

fig 100G, Steel Prefab Structure, steel components corner joint (inside)

fig 100H, Steel Prefab Structure, steel components ridge joint (inside)

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 99E, Basic Concrete Prefab Construction, prefab column and beam

fig 99F, Basic Concrete Prefab Construction, Columns with corbels and visible hole from weld plate cast into column for the beam connection.

fig 99G, Basic Concrete Prefab Construction, enfilade of the prefab system

fig 99H, Basic Concrete Prefab Construction, crane

fig 99I, Basic Concrete Prefab Construction, beam reinforcement

fig 95A, Tube and Coupler Scaffolds

fig 95B, Tube and Coupler Scaffolds

fig 95C, Tube and Coupler Scaffolds

fig 95D, Tube and Coupler Scaffolds

fig 95E, Tube and Coupler Scaffolds

fig 95F, Tube and Coupler Scaffolds

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 96E, mazda site koopvaardijlaan

fig 96F, mazda site koopvaardijlaan

fig 96G, mazda site koopvaardijlaan

fig 96H, mazda site koopvaardijlaan

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fig 186A Model, posted by Kevin De Roeck at 11.07.17 (filed under: brick plastics steel wood)
fig 186B Model, posted by Kevin De Roeck at 11.07.17 (filed under: brick plastics steel wood)
fig 186C Model, posted by Kevin De Roeck at 11.07.17 (filed under: brick plastics steel wood)
fig 184A Design, posted by Kevin De Roeck at 31.05.17 (filed under: brick plastics steel)
fig 184B Design, posted by Kevin De Roeck at 31.05.17 (filed under: brick plastics steel)
fig 184C Design, posted by Kevin De Roeck at 31.05.17 (filed under: brick plastics steel)
fig 184D Design, posted by Kevin De Roeck at 31.05.17 (filed under: brick plastics steel)
fig 184E Design, posted by Kevin De Roeck at 31.05.17 (filed under: brick plastics steel)
fig 184F Design, posted by Kevin De Roeck at 31.05.17 (filed under: brick plastics steel)
fig 184G Design, posted by Kevin De Roeck at 31.05.17 (filed under: brick plastics steel)
fig 184H Design, posted by Kevin De Roeck at 31.05.17 (filed under: brick plastics steel)
fig 184I Design, posted by Kevin De Roeck at 31.05.17 (filed under: brick plastics steel)
fig 183A Structural Analysis, posted by Kevin De Roeck at 31.05.17 (filed under: brick steel)
fig 183B Structural Analysis, posted by Kevin De Roeck at 31.05.17 (filed under: brick steel)
fig 183C Structural Analysis, posted by Kevin De Roeck at 31.05.17 (filed under: brick steel)
fig 183D Structural Analysis, posted by Kevin De Roeck at 31.05.17 (filed under: brick steel)
fig 183E Structural Analysis, posted by Kevin De Roeck at 31.05.17 (filed under: brick steel)
fig 183F Structural Analysis, posted by Kevin De Roeck at 31.05.17 (filed under: brick steel)
fig 183G Structural Analysis, posted by Kevin De Roeck at 31.05.17 (filed under: brick steel)
fig 183H Structural Analysis, posted by Kevin De Roeck at 31.05.17 (filed under: brick steel)
fig 183I Structural Analysis, posted by Kevin De Roeck at 31.05.17 (filed under: brick steel)
fig 183J Structural Analysis, posted by Kevin De Roeck at 31.05.17 (filed under: brick steel)
fig 183K Structural Analysis, posted by Kevin De Roeck at 31.05.17 (filed under: brick steel)
fig 169A research / site model, posted by Kevin De Roeck at 31.05.17 (filed under: wood)
fig 169B research / site model, posted by Kevin De Roeck at 31.05.17 (filed under: wood)
fig 169C research / site model, posted by Kevin De Roeck at 31.05.17 (filed under: 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 145E STRUCTURAL DESIGN PRINCIPLES, posted by Kevin De Roeck at 31.05.17 (filed under: concrete glass steel)
fig 145F STRUCTURAL DESIGN PRINCIPLES, posted by Kevin De Roeck at 31.05.17 (filed under: concrete glass steel)
fig 145G STRUCTURAL DESIGN PRINCIPLES, posted by Kevin De Roeck at 31.05.17 (filed under: concrete glass steel)
fig 142A Urban design, posted by Kevin De Roeck at 31.05.17 (filed under: brick steel)
fig 142B Urban design, posted by Kevin De Roeck at 31.05.17 (filed under: brick steel)
fig 100A Steel Prefab Structure, posted by Kevin De Roeck at 24.05.17 (filed under: steel)
fig 100B Steel Prefab Structure, posted by Kevin De Roeck at 24.05.17 (filed under: steel)
fig 100C Steel Prefab Structure, posted by Kevin De Roeck at 24.05.17 (filed under: steel)
fig 100D Steel Prefab Structure, posted by Kevin De Roeck at 24.05.17 (filed under: steel)
fig 100E Steel Prefab Structure, posted by Kevin De Roeck at 24.05.17 (filed under: steel)
fig 100F Steel Prefab Structure, posted by Kevin De Roeck at 24.05.17 (filed under: steel)
fig 100G Steel Prefab Structure, posted by Kevin De Roeck at 24.05.17 (filed under: steel)
fig 100H Steel Prefab Structure, posted by Kevin De Roeck at 24.05.17 (filed under: steel)
fig 99A Basic Concrete Prefab Construction, posted by Kevin De Roeck at 24.05.17 (filed under: concrete steel)
fig 99B Center connection of a buttress providing lateral stability for the prefab columns during construction work., Basic Concrete Prefab Construction, posted by Kevin De Roeck at 24.05.17 (filed under: concrete steel)
fig 99C Top connection of a buttress providing lateral stability for the prefab columns during construction work., Basic Concrete Prefab Construction, posted by Kevin De Roeck at 24.05.17 (filed under: concrete steel)
fig 99D Floor connection of a buttress providing lateral stability for the prefab columns during construction work., Basic Concrete Prefab Construction, posted by Kevin De Roeck at 24.05.17 (filed under: concrete steel)
fig 99E Basic Concrete Prefab Construction, posted by Kevin De Roeck at 24.05.17 (filed under: concrete steel)
fig 99F Basic Concrete Prefab Construction, posted by Kevin De Roeck at 24.05.17 (filed under: concrete steel)
fig 99G Basic Concrete Prefab Construction, posted by Kevin De Roeck at 24.05.17 (filed under: concrete steel)
fig 99H Basic Concrete Prefab Construction, posted by Kevin De Roeck at 24.05.17 (filed under: concrete steel)
fig 99I Basic Concrete Prefab Construction, posted by Kevin De Roeck at 24.05.17 (filed under: concrete steel)
fig 95A Tube and Coupler Scaffolds, posted by Kevin De Roeck at 24.05.17 (filed under: steel)
fig 95B Tube and Coupler Scaffolds, posted by Kevin De Roeck at 24.05.17 (filed under: steel)
fig 95C Tube and Coupler Scaffolds, posted by Kevin De Roeck at 24.05.17 (filed under: steel)
fig 95D Tube and Coupler Scaffolds, posted by Kevin De Roeck at 24.05.17 (filed under: steel)
fig 95E Tube and Coupler Scaffolds, posted by Kevin De Roeck at 24.05.17 (filed under: steel)
fig 95F Tube and Coupler Scaffolds, posted by Kevin De Roeck at 24.05.17 (filed under: 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 96E mazda site koopvaardijlaan, posted by Kevin De Roeck at 24.05.17 (filed under: brick concrete steel)
fig 96F mazda site koopvaardijlaan, posted by Kevin De Roeck at 24.05.17 (filed under: brick concrete steel)
fig 96G mazda site koopvaardijlaan, posted by Kevin De Roeck at 24.05.17 (filed under: brick concrete steel)
fig 96H mazda site koopvaardijlaan, posted by Kevin De Roeck at 24.05.17 (filed under: brick concrete steel)