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Force-State Characterization of Struts Using Pinned Joints

机译:使用固定接头的撑杆受力状态表征

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摘要

As part of a research effort to study the microgravity dynamics of a truss with pinned joints, a single strut with a single clevis-tang pinned joint was characterized. Experimental data was collected using a force-state mapping technique. The strut was subjected to axial dynamic loads and the response of the strut was measured. The force-state map aids visualization of the strut dynamics. Finite element modeling of the response was explored. An example is presented that uses a method of manual determination of the finite element model parameters. The finite element model results correspond well with the measured strut response.
机译:作为研究具有销钉连接的桁架的微重力动力学的研究工作的一部分,对具有单个U型夹和U形夹钉销钉连接的单个支柱进行了表征。使用力-状态映射技术收集实验数据。支撑杆承受轴向动载荷,并测量支撑杆的响应。力状态图有助于可视化支撑杆动力学。探索了响应的有限元建模。给出了一个使用手动确定有限元模型参数的方法的示例。有限元模型结果与测得的支柱响应非常吻合。

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