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EXPERIMENTAL EVIDENCE OF VIBRATIONAL RESONANCE IN A BI- STABLE TWIN-WELL MECHANICAL OSCILLATOR

机译:双稳态双阱机械振荡器中振动共振的实验证据

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Vibrational Resonance (VR) is a nonlinear phenomenon which occurs when a bi-stable system is subjected to a biharmonic excitation consisting of a small-amplitude resonant excitation and a large-amplitude high-frequency excitation. The result is that, under some conditions, the high-frequency excitation amplifies the resonant response associated with the slow dynamics. While VR was studied extensively in the open literature, most of the research studies used optical and electrical systems as platforms for experimental investigation. This paper provides experimental evidence that VR can also occur in a mechanical bi-stable twin-well oscillator and discusses the conditions under which VR is possible.
机译:振动共振(VR)是当双稳态系统经受小幅谐振激励和大幅度高频激发的双稳态激发时发生的非线性现象。结果是,在某些条件下,高频激励放大了与慢动力学相关的谐振响应。虽然VR在公开文学中进行了广泛的研究,但大多数研究研究使用了光学和电气系统作为实验调查的平台。本文提供了实验证据,即VR也可能发生在机械双稳定的双孔振荡器中,并讨论VR可以的条件。

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