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Adaptive multi-hypar structure

机译:自适应多hypar结构

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摘要

This paper is concerned with developing an adaptive structure that can offer morphologically flexible, structurally effective and architecturally viable solution. For this purpose, a multi-hypar structure serving as an adaptive roof for exhibition pavilions is proposed. In the first part of the paper, geometric design principles of the multi-hypar surface created by ruled surface generation method is analysed. In order to investigate the morphology of multi-hypar, a parametric model is built. In the second part, the proposed multi-hypar structure is introduced which provides a variety of geometric configurations for changing conditions. Its structural mechanism and transformation capability are presented as well. In the last part, a set of structural analysis is carried out to examine the feasibility of the proposed structure at different geometric configurations. The result obtained with the analysis demonstrates that planar configuration of the structure has the least efficient structural shape among the others, but the structure fulfils the strength and stiffness criteria in all configurations.
机译:本文关注于开发一种自适应结构,该结构可以提供形态上灵活,结构上有效且在架构上可行的解决方案。为此,提出了一种用作展览馆的自适应屋顶的多杂物结构。在本文的第一部分中,分析了通过规则曲面生成方法创建的多曲面的几何设计原理。为了研究多菌丝的形态,建立了参数模型。在第二部分中,介绍了所提出的多混合结构,该结构提供了用于变化条件的多种几何配置。还介绍了其结构机理和转化能力。在最后一部分中,进行了一组结构分析,以检验所提出结构在不同几何构型下的可行性。通过分析获得的结果表明,结构的平面构型在其他构型中具有最不高效的结构形状,但是该结构在所有构型中均满足强度和刚度标准。

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