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The study describes the laboratory stand for testing semi-active vibration reduction systems comprising a magnetorheological (MR) damper, powered from an electromagnetic generator. The design objectives, mechanical structure and parameters of the test stand are discussed. Dynamic parameters of the stand are estimated basing on numerical simulation data. The key elements of the test stand are presented:...
The study is focused on the energy balance in self-powered vibration reduction system with a linear magnetorheological (MR) damper. The mathematical model of the vibration reduction system is outlined and numerical simulation data are provided. The model involves the mechanical and electrical sub-systems of the electromagnetic generator and an MR damper. For the purpose of the numerical simulations,...
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