| Summary: | 碩士 === 中國科技大學 === 建築系 === 107 === In this research, various forms of a staircase are generated by entering parameters into the Grasshopper design platform. Through the design evaluation of“visualization regulation analysis”and“feasible construction module”, the best project is created to fulfill the targeted benefit. The design method proposed by this research not only solves the basic regulatory requirements of the stair elements in the conceptual design stage, but also proposes different parametric construction logics in the detailed design, including the different construction possibilities and the diversity of the handrails. The application of this design method demonstrates the essence of parametric design. In the process of parametric design, it does not directly manipulate the form of the staircase. Instead, it provides the users with different needs the optimized staircase design through the logic structure of the computational calculation. Parametric tools are used to accurately and quickly build complex architectural forms, as well as 3D models that allow engineers to perform structural system analysis. Through the repeated feedback processes, the components are optimized. In the various research process of 3D modeling, it can reduce the time for the designers to avoid repeatedly making models manually, and improve the optimization of each aspect of the design, which has positive reference value for the actual engineering design.
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