Abstract
In this study, we investigated the influence of secondary factors, i.e., the slip velocity, gas leakage from the edges of porous surface, thickness of restricted layer and the effective area of porous surface on the characteristics of an externally pressurized porous annular thrust gas bearing which has a thin restricted surface layer. By comparing numerically calculated results with experimental ones, it was found that the numerically calculated results which take account of secondary factors agree well with the experimental results in a clearance region greater than 2 μm.
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