GTB lab Circular Module has been developed with full reversibility in mind and aiming at high reuse potential of all building parts.
Four reversibility scenarios have been fully investigated and applied.
Reversibility on module level including replicability of façade, roof, floor as for example using the façade caseates to create a floor/terrace which took place during the modules and extendability of the modules transformation.
Reversibility on component level, including reconfiguration of floor, roof or fasade cassette by transforming the door into a window or a shelf.
Design - production measurement coordination to eliminateed 98% of production waste.
Replicability/transportation of 3d modue and extendability of the modules.
Kloeckner Metals ODS Nederland, Ridderkerk
Elma Durmisevic, 4D architects
Jelle de Klerk 4D architects, Bas Hennes, 4D architects
Industry Circular Building _ GTB Lab consortium
Kloeckner Metals ODS Nederland, Ron Jacobs Paul Penners, Michiel van Dooren
Skellet: Ivo Swenters
Pilkington Nederland B.V. Marcel Ribberink TheNewMakers, Pieter Stoutjesdijk Rodeca, Peter Lindeman
Ammanu, Niels Leijten
Reversible Assembly Sequences
The GTB Lab circular module has been made possible by carefull design of reversible connection types which enable disassmebly and replacability without damaging the element or connection itself.
In that respect all connectios are combinations of:
Interlock connections (12,9,8,5)
Connections with intermediary element using interlock principles connection two fasade components (4)
Design of independent intermediary between two different functional clusters to enable exchangeability of independent product without damaging components ( 1, 2,10,11 & 3)
Only loadbearing structure has been assembled using direct connections with mechanical devises using pre-made perforations (6 & 7)
Assembly and Disassembly Zoom In