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Integrative Technologies and Architectural Design Research (ITECH)

Master of Science

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2019/7/10

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ABSTRACT

The aim of this research is to develop a workflow that integrates self-developed truss C# components, Karamba, and Galapagos for seeking optimized supporting positions in the truss system. This system proposes an instant feedback loop between design and structural rationality. The user could use this method to generate free-form surfaces with the rational structure supporting and structure simulation report for a design proposal. The algorithm we developed is seeking for the most material-efficient configuration based on minimalizing the reformation and the amount of the material we use. With that in mind, this method is capable of optimizing design iteration as well as structural layout recommendations.