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TRANSIENT AND STEADY STATE VIBRATION ANALYSIS OF A WAVY THRUST BEARING

机译:波浪推力轴承的瞬态和稳态振动分析

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This paper describes a numerical procedure for analyzing the dynamics of transient and steady state vibrations in a wavy thrust bearing. The major effects of the wavy geometry and the operating parameters on the dynamic characteristics of the bearing had been discussed in previous work. The present study thus concentrates on examining the relationships between the development of the transient and steady state vibrations when operating conditions including rotational speed and load magnitude are parametrically varied. Special attention is given to the development of steady state vibrations from initial transients with comparisons and consequences to the overall system stability. Numerical based vibration signature analysis procedures are then used to identify and quantify the transient vibrations. The conclusions provide general indicators for designing wavy thrust bearings that are less susceptible to transients induced by external perturbations.
机译:本文介绍了用于分析波浪推力轴承中瞬态和稳态振动动态的数值过程。在以前的工作中讨论了波浪几何形状和操作参数对轴承动态特性的主要影响。因此,当在包括转速和负载幅度的操作条件是参数变化的情况下,本研究专注于检查瞬态和稳态振动的发展之间的关系。特别注意从初始瞬变的稳态振动的发展,以比较和后果对整体系统稳定性。然后使用基于数值的振动特征分析程序来识别和量化瞬态振动。结论提供了设计波浪推力轴承的一般指标,该轴承不易受到外部扰动引起的瞬变的影响。

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