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Study on Vibration Friction Mechanism and Vibration Response Analysis Based on Vibration Compaction System

机译:基于振动压实系统的振动摩擦机理及振动响应分析研究

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Friction of two objects or inner friction of loose materials in vibration case can present different characteristics that are different from conventional conditions. The practice shows that vibration can reduce friction coefficient and friction force between two objects, lighten abrasion of objects, reduce energy consumption and increase greatly working efficiency. The mechanism of friction in vibration case was revealed in this paper. The Curve of vibration intensity to internal friction of soil was given. The investigation indicated that friction converts from static to sliding in vibration case. The internal friction is reduced with frequency increasing and there exists the optimal vibration intensity to make internal friction least. At last, nonlinear dynamic model of vibration friction system about compaction equipment was established and its resonance response was obtained.
机译:在振动箱中的两个物体或内内摩擦的摩擦可以呈现与常规条件不同的不同特性。该实践表明,振动可以减少两个物体之间的摩擦系数和摩擦力,减轻物体的磨损,降低能量消耗并提高工作效率。本文揭示了振动箱中摩擦机制。给出了土壤振动强度曲线。调查表明,摩擦从静电情况下静电转换为滑动。随着频率的增加,内部摩擦减小,并且存在最佳振动强度以使内部摩擦最少。最后,建立了关于压实设备的振动摩擦系统的非线性动态模型,并获得了其共振响应。

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