Abstract - Existence of the need for a semi-permanent or temporary shelters that are easily and quickly built for certain events, for this reason this study explored the potential of transformative wide-span structures with the development and development of usable and reciprocal structural systems in the form of bamboo gridshell roof structures, into an independent arrangement composed of configuration modules with computational assistance according to architectural design needs. This is done by knowing the adequante potential of structural systems, design patterns, and connection systems in several study objects that are evaluated by comparative methods on system structure, connections, trunk character, distribution load, structure locking system, and application. The benefits of research on bamboo research for new materials in the engineering of bamboo materials that can increase the value of Indonesian locality by being able to be used by the community are needed in using bamboo materials for the development of permanent permanent shade. In result, discussion of the criteria for structural systems according to research objectives analysis of the objects of the study where transformation structures based on character structures that can be used as reciprocal structures are supporting systems to provide stability and an independent locking system. both of these structures are flexible and easily duplicated structural systems so that according to the wide span structure, the structural system is designed to make a gridshell. this gridshell form is processed with computational help to effectively create reciprocaldeployable structure systems. The research was explored, experiments were carried out on reciprocal patterns to find the most stable patterns and change the character of straight rods into reciprocal rods that could be deployed using elements such as scissors, which then developed the connection type with potential analyzers and displacement of each connection. The experiment produced a new structural system by collecting the second structural system obtained by a structure that can be transformed, has an independent locking system, and can stretch wide with a gridshell shape. Keywords : reciprocal, deployable, dome, gridshell, transformable
Real-Time Hybrid Simulation with Deep Learning Computational Substructures: System Validation Using Linear Specimens
