ABSTRACT
This introduction discusses bamboo used for construction of resource efficient form-active gridshell structures. The primary focus of this research in bamboo construction is given to determine the potential for bamboo to be used in structural applications and to maximize the inherent properties of bamboo. Most specifically, the work is concentrated on the formation of gridshells using bamboo members as the primary load-bearing elements. Structural connections in gridshells require an initial ability to allow the members to slide and torque against each other during the transition from planar to curved states. The chapter explores that by seeking the best interrelationships among the four causes greater material and structural efficiencies could be achieved. The substitution of bamboo for timber presents a challenge as regards the connectors. Bamboo is a renewable resource, and its ability to be used in larger scaled buildings may shift away reliance on other typical construction materials having a higher carbon footprint.
