Timber Roof
Reversible timber roof
building
Main beam before lifting it to its place.
Sliding beam over steel intermediairs.
Detail of connections.
Summary
The roof of the GTB Lab is the physical and architectural umbrella under which the experiments take place. It protects the activities and provides horizontal structural stability that allows for different kinds of transformations.
Details
The roof of the GTB Lab demonstrates how reversible core parts of a building allow for different transformations. The size provides flexibility for many unknown future developments.
The roof is made of laminated timber beams connected by steel joints. The diagonal pattern provides structural stability. The secondary beams are srewed on the main beams. The main beams and eaves are connected by steel plates and bolts for easy disassembly.
All elements were prefabricated and transported to site. The time on site was limited to a few days. The connection to the building also took place via intermediary steel joints between roof and tree columns/core steel frame.
Owner
Architect
Industry consortium
De Groot Vroomshoop
Location
De Groot Vroomshoop Groep B.V., Zwolsekanaal, Vroomshoop, Nederland
Construction year
2021
Gross floor area
425,0 m2
Gross building volume
323,0 m3
Hazardous materials
None
Circularity data
Circularity Profile:
Reversibility:
Reuse building structure:
High quality materials reuse:
Materials recycling:
Embodied mass:
Embodied carbon:
19,35 ton
24,91 ton CO2
No. of elements:
No. of relations:
No. of disassembly steps:
No. of standardized relations:
240
Avoided waste:
Avoided carbon:
Circularity profile
Ratio of reuse strategies followed.
Tonnage
Carbon
Breakdown of materials
Tonnage
Carbon
Material per recovery option
Ratio of potential reuse strategies based on Reuse Potential.
Tonnage
Carbon
Avoided waste per function, and per recovery option
Tonnage
Carbon
Overview of materials per recovery option
Tonnage
Carbon
Timber Roof
