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首页> 外文期刊>Applied Mechanics and Engineering >PRESSURE DISTRIBUTION IN A SQUEEZE FILM BIOBEARING LUBRICATED BY A SYNOVIAL FLUID
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PRESSURE DISTRIBUTION IN A SQUEEZE FILM BIOBEARING LUBRICATED BY A SYNOVIAL FLUID

机译:滑膜润滑的挤压膜双轴承中的压力分布

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摘要

The flow of a synovial fluid in a squeeze film biological bearing is considered. The biobearing is modelled by two rotational surfaces and the porous layer is adheres to the curved non-porous surface. The flow in the biobearing clearance is considered with inertia and the Navier-Stokes and Poisson equations are uncoupled by using the Morgan-Cameron approximation. As an example the biobearing modelled by two disks and two spherical surfaces is discussed.
机译:考虑滑膜液在挤压膜生物轴承中的流动。通过两个旋转表面对生物轴承建模,并将多孔层粘附到弯曲的无孔表面。考虑到生物轴承间隙中的流动具有惯性,并且使用Morgan-Cameron近似将Navier-Stokes和Poisson方程解耦。作为示例,讨论了由两个圆盘和两个球形表面建模的生物承载。

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