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STRATEGY OF IMPULSE RELEASE OF STRAIN ENERGY FOR DAMPING OF VIBRATION

机译:阻尼振动的应变能脉冲释放策略

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The goal of this paper is to present an impulse release of strain energy strategy for damping of free vibration in adaptive structures (equipped with actively controlled dissipaters). The concept can be applied to skeletal structures as well as to two-layer beams or plates, where stored strain energy available for dissipation through eventual ,,ddamination effect" is relatively high.rnFor simplicity of presentation, the concept is demonstrated on ideal quasi-static model of dissipative effect in the first section and then, fully dynamic simulation of the adaptive structure behaviour is demonstrated on numerical examples in the second section.rnThe main concept has been already formulated and discussed on the classical elastic beam model (Ref.l)and a particular technical application has been proposed (Ref.2). Similar approach to the problem of strain energy dissipation with use of controllable rotational dissipaters in joints of skeletal structures has been also proposed recently (Ref.3).
机译:本文的目的是提出一种应变能量的脉冲释放策略,用于阻尼自适应结构(配有主动控制耗能器)中的自由振动。该概念可以应用于骨骼结构以及两层梁或板上,在这些结构中,存储的应变能量可用于通过最终的“ ddamination效应”进行消散。“ rn。为了简化表示,该概念在理想的准结构上进行了演示。第一部分中的静态耗散效应模型,然后在第二部分中的数值示例上,对自适应结构的行为进行了全动态仿真。rn已经在经典弹性梁模型(参考文献1)上提出并讨论了主要概念。最近,也提出了类似的方法来解决应变能耗散问题,在骨架结构的关节中使用可控的旋转耗散器(参考文献3)。

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