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Size effect on pull-in behaviors of electrostatically actuated cantilever micro-beams

机译:静电驱动悬臂微梁拉伸行为的尺寸影响

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For the deformation problem of an electrostatically actuated cantilever micro-beam, size effect on pull-in behaviors of the micro-beams have been studied based on modified couple stress theory. The approximate analytical solutions to the pull-in voltage and pull-in displacement of the micro-beam are derived by using the Rayleigh-Ritz method. The results show that the normalized pull-in voltage of the cantilever micro-beam is size-dependent and the normalized pull-in displacement of the micro-beam is size independence.
机译:对于静电致动悬臂微束的变形问题,基于修改的夫妇应力理论研究了对微梁的拉伸行为的尺寸效应。通过使用Rayleigh-Ritz方法导出微束的拉出电压和拉伸位移的近似分析解决方案。结果表明,悬臂微梁的归一化拉出电压是尺寸依赖性的,并且微梁的归一化拉伸位移是尺寸独立性。

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