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Development of a Framework for Model-Based Analysis, Uncertainty Quantification, and Robust Control Design of Nonlinear Smart Composite Systems.

机译:基于模型的分析,不确定性量化和非线性智能复合系统鲁棒控制设计框架的开发。

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This program focused on the development of a synergistic framework for model-based analysis ---model calibration, sensitivity analysis (SA), uncertainty quantification (UQ), validation and verification (V&V), and robust control design --- for a range of nonlinear and hysteretic smart composite systems. A major component of the program focused on the development of this framework in the context of hysteretic macro-fiber composite (MFC) and shape memory alloy (SMA) models. The goal was to develop a theoretical and numerical framework and initial infrastructure to facilitate modeling, design and control for aerospace, aeronautic, industrial, automotive and biomedical systems utilizing smart materials.

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