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Experimental validation of optimization-based integratedcontrols-structures design methodology for flexible spacestructures

机译:基于优化的柔性空间结构集成控制结构设计方法的实验验证

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This paper describes the first experimental verification of thenbenefits of control-structure integrated design methodology, as part ofnthe efforts of the controls-structures-interaction (CSI) program at NASAnLangley in developing and experimentally verifying CSI designnmethodologies. In this design methodology, the structural and controlndesigns are performed in a unified environment which would allow ancomplete iteration on all critical (control and structural) designnvariables in a single integrated computational framework. The phase-0nCSI Evolutionary Model, a laboratory structure at NASA Langley, was usednas the candidate flexible structure for this experimental validation
机译:本文描述了控制结构集成设计方法的优点的首次实验验证,这是NASAnLangley的控制结构交互作用(CSI)程序开发和实验验证CSI设计方法的一部分。在这种设计方法中,结构和控制设计在统一的环境中执行,这将允许在单个集成计算框架中对所有关键(控制和结构)设计变量进行完整的迭代。 NASA Langley的实验室结构-阶段0nCSI进化模型被用作该实验验证的候选柔性结构

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