Analysis on the Effect of System Parameter on Double Cantilevers Vibro-Impact System Response

Yu Rong Wang; Tian Xing Wu

doi:10.4028/www.scientific.net/AMR.518-523.3878

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Research on Free Damping Treatment for a Marine Life Hoist of the Helicopter
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Study on Filling Fraction of Bandgap Lowest Starting Frequency of one Dimension Phononic Crystals
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Vibration Research of Electromechanical Coupling System on HEV
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Viscous-Elastic Half-Space Vibration Stimulated by High-Speed Moving Loads of Different Speeds
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Analysis on the Effect of System Parameter on Double Cantilevers Vibro-Impact System Response
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Random Noise Reduction Based on Ensemble Empirical Mode Decomposition and Wavelet Threshold Filtering
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The Influence of Excitation Frequency on Dynamical Behaviors of Atomic Force Microscope
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Study on Intelligent Pulp Consistency Control Strategies
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Thermal Stability and Kinetic Analysis of Xanthoceras sorbifolia Polysaccharide
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Analysis on the Effect of System Parameter on Double Cantilevers Vibro-Impact System Response

Abstract:

The dynamic response of double cantilever vibro-impact system such as the stability of periodic motion, bifurcation etc., is an extremely important research content. However, the system dynamic characteristics are often influenced by the system parameters. Therefore, the theoretical modal of a double cantilevers vibro-impact system was established in this work, and the influence of clearance, damping and cubic nonlinear item on the dynamic characteristics of double cantilever vibro-impact system is detailedly analyzed through the numerical method .The results is helpful to analyze the practical engineering and to explore the nonlinear phenomena and the instability mechanism of the vibro-impact system such as milling process.