首页> 外文会议>ASME(American Society of Mechanical Engineers) Pressure Vessels and Piping Conference 2006 vol.4 pt.B: Fluid-Structure Interaction >CALCULATION OF STATIC AND DYNAMIC CHARACTERISTICS OF MULTI WOUNDED RADIAL FOIL BEARING BASED ON LEAKAGE FLOW INDUCED VIBRATION THEORY
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CALCULATION OF STATIC AND DYNAMIC CHARACTERISTICS OF MULTI WOUNDED RADIAL FOIL BEARING BASED ON LEAKAGE FLOW INDUCED VIBRATION THEORY

机译:基于泄漏流诱导振动理论的多向径向叶片静力和动力特性计算

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摘要

Dynamic pressure type foil bearings are expected to serve as shaft bearings for Micro Gas Turbines (MGT). In this study, in order to establish design guidelines of radial foil bearings, dynamical modeling of multi wounded foil bearing was carried out employing leakage flow induced vibration theory. Taking frictional forces due to attached part of the foil and the protrusion, etc. into consideration, static and dynamic characteristics were analyzed to examine the performance and the stability of radial foil bearings.
机译:动压式箔片轴承有望用作微型燃气轮机(MGT)的轴承。在这项研究中,为了建立径向箔轴承的设计准则,利用泄漏流引起的振动理论对多伤口箔轴承进行了动力学建模。考虑到由于箔的附着部分和突起等引起的摩擦力,分析了静态和动态特性以检查径向箔轴承的性能和稳定性。

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