Volume -I , Issue -IV, April 2014
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A REVIEWON NON-CIRCULAR HYDRODYNAMIC JOURNAL BEARING
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Author(s) :
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Imran Ali MR , Prasanna Medar and Rangaswamy H.
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Abstract
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This paper presents the review of important papers on non-circular hydrodynamic journal
bearing pertaining to the stability , performance, load carrying capacity , power loss, stiffness, damping
etc., of non-circular hydrodynamic journal bearing. These parameters are the very important aspects in
the design of non-circular hydrodynamic journal bearings. The Reynolds, Energy and Viscosity
equations were solved numerically under the assumptions of in compressible lubricant, the laminar and
adiabatic flow of oil in the bearing gap. Reynolds Equation is solved by Finite Element Method using
Galerkins approach. Load Carrying capacity can be evaluated by the fluid reaction components. |
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Keywords
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Load carrying capacity , Stiffness, Damping, Reynolds Equation, Galerkins approach, Finite Element Method, Power loss. |
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References
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How to Cite this Paper? [APA Style]
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Imran Ali MR , Prasanna Medar and Rangaswamy H., (2014), A REVIEWON NON-CIRCULAR HYDRODYNAMIC JOURNAL BEARING, Industrial Science Journal, http://industrialscience.org/Article.aspx?aid=37&vid=4, (April, 2014)
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