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The influence of fluid inertia and heat dissipation in fluid films
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 Title & Authors
The influence of fluid inertia and heat dissipation in fluid films
Kim, Eun-Pil;
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 Abstract
It was demonstrated earlier that for laminar, isothermal flow of the lubricant in long journal bearings, inertia has negligible effect on the load carrying capacity and influences only the stability characteristics of the bearing. The question in the present paper is: 'will these conclusions of the isothermal theory remain valid in the presence of significant dissipation, or will lubricant inertia and dissipation interact non-linearly to bring about qualitative changes in bearing performance\ulcorner' The results obtained here assert that the effect of lubricant inertia on load carrying capacity remains negligible, irrespective of the rate of dissipation. The stability of the bearing is, however, affected by lubricant inertia. These results, although obtained here for long bearings with Sommerfeld and Gumbel boundary conditions, are believed to be applicable to practical bearing operations and affirm that bearing load may be calculated from classical, i. e., non-inertial theory.
 Keywords
Artificial Compressibility Formulation;Galerkin Mixed Formulation;Fluid Inertia;Heat Dissipation;Long Bearing;
 Language
Korean
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