Topological Interlocking Assemblies Experiment

Today’s environment redefines temporality in architecture. New technologies and computational design give engineers and architects keys to rethink building process. We decided to reshape reversible structure by revisiting Topological Interlocking Assemblies for architectural constructions. Starting from a theoretical research, the first part explains the current available knowledge and experiences about Topological Interlocking Assemblies. The second part highlights our experimental work: a full-scale prototype pavilion based into hexagonal pattern developed on a complex shape. Recent topological interlocking references are frozen by non-reversible system edges. This prototype goes beyond and tackles the idea of removable structure using X-joint theory edges modules. They encircle the whole set and absorb structure lateral thrusts. The emphasis is placed on the computational design process, the digital machining procedure and then the assembly phase. To conclude, the paper discusses our findings, reflections and possible follow-ups.