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High-strength composite materials in design process of tensegrity structures

机译:拉伸结构设计过程中的高强度复合材料

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The main aim of this research is to ascertain new ways of building extremely lightweight, durable, and customizable tensegrity systems. This paper reviews the research on implementing high-strength composite materials in the prototype design of tensegrity structure. Deployed prototype is based on the concept of three-way tensegrity grid. Materials used for the prototype design elements are; aramid fibers - cables, carbon fiber rods - struts, PC-ABS - nodes. Static stress simulation shows robust properties of deployed structure presenting the possibility of application in novel engineering objects. These objects might eventually be deployed for a wide spectrum of situations, from modular housing systems, post-disaster shelters, and objects located in harsh climatic conditions, to perhaps even extraterrestrial habitats.
机译:这项研究的主要目的是确定构建极其轻便,耐用和可自定义的张力系统的新方法。本文综述了在高强结构原型设计中实施高强度复合材料的研究。部署的原型基于三向张力网格的概念。用于原型设计元素的材料是;芳纶纤维-电缆,碳纤维棒-撑杆,PC-ABS-节点。静应力仿真显示了展开结构的鲁棒性,这表明了将其应用于新型工程对象的可能性。这些物体最终可能会被部署到各种各样的情况中,从模块化的住房系统,灾后避难所和处于恶劣气候条件下的物体,甚至到地外栖息地。

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