Abstract <p>The results of experimental estimation of the stiffness and damping of a wire rope vibration isolator for typical loading schemes are presented. The nonlinearity and anisotropy of the elastic-dissipative characteristics of the vibration isolator are studied. The possibilities and limitations of using finite element models of wire rope vibration isolators to obtain frequency response by means of computational experiments are analyzed.</p>

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Experimental Estimates of Elastic-Dissipative Properties of Wire Rope Vibration Isolators for Numerical Analysis of Frequency Responses of Damping Systems

  • S. V. Doronin,
  • E. V. Moskvichev,
  • E. M. Reizmunt

摘要

Abstract

The results of experimental estimation of the stiffness and damping of a wire rope vibration isolator for typical loading schemes are presented. The nonlinearity and anisotropy of the elastic-dissipative characteristics of the vibration isolator are studied. The possibilities and limitations of using finite element models of wire rope vibration isolators to obtain frequency response by means of computational experiments are analyzed.