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This project explores the robust and flexible characteristics of the natural material, bamboo. The mechanical properties offered by bamboo allows the grass to be a viable option within structural formations. Adaptive Bamboo Tech explores how modern joinery design compares to traditional joining methods using bamboo.
The use of bamboo in structural assemblies has been in use within the built environment for generations. The characteristics and mechanical properties of bamboo demonstrates that the material can be a versatile option for self-supporting structures. However, due to the non-uniformity and complexity of gaining standardisation from bamboo’s profile, the use of bamboo has slowly declined, moving the industry away from natural materials to fabricated materials. Issues with standardisation have affected and limited the use of bamboo in structural formation. At the same time, traditional joinery methods have become obsolete, and replacements have been introduced in place of these naturally grown materials, despite the characteristics and mechanical properties bamboo can offer.
Hub simplification from three-dimensional to two-dimensional. This simplification is designed to house nine nodal directions.
Two models were generated using a 3D printed 1:6 scale hub and node to investigate the structural stability of a part assembled prototype using bamboo and AERO hub.
Stop motion assembly of the expansion node. The expansion node requires two chamfered washers to compress the rubber into the form it is required to standardise bamboo.
Manufacturing process from high-definition plasma cutting of the hub plate to five-axis CNC of the node and cutting bamboo to length for assembly.
Bamboo standardisation methods and hub assembly process.