MATHEMATICAL MODELLING OF NEWLY DESIGNED FERROFLUID BASED SLIDER BEARING INCLUDING EFFECTS OF POROSITY, ANISOTROPIC PERMEABILITY, SLIP VELOCITY AT BOTH THE ENDS, AND SQUEEZE VELOCITY

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SHAH R.C.; PATEL D.B.

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Journal Paper

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Journal: JOURNAL OF APPLIED MATHEMATICS Year:2012 | Volume:2 | Issue:5 Page(s): 176-183

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Title

MATHEMATICAL MODELLING OF NEWLY DESIGNED FERROFLUID BASED SLIDER BEARING INCLUDING EFFECTS OF POROSITY, ANISOTROPIC PERMEABILITY, SLIP VELOCITY AT BOTH THE ENDS, AND SQUEEZE VELOCITY

Author(s)

SHAH R.C. | PATEL D.B. | Issue Writer Certificate

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Abstract

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MATHEMATICAL ANALYSIS OF NEWLY DESIGNED TWO POROUS LAYERS SLIDER BEARING WITH A CONVEX PAD UPPER SURFACE CONSIDERING SLIP AND SQUEEZE VELOCITY USING FERROFLUID LUBRICANT

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APA: Copy

SHAH, R.C., & PATEL, D.B.. (2012). MATHEMATICAL MODELLING OF NEWLY DESIGNED FERROFLUID BASED SLIDER BEARING INCLUDING EFFECTS OF POROSITY, ANISOTROPIC PERMEABILITY, SLIP VELOCITY AT BOTH THE ENDS, AND SQUEEZE VELOCITY. JOURNAL OF APPLIED MATHEMATICS, 2(5), 176-183. SID. https://sid.ir/paper/633863/en

Vancouver: Copy

SHAH R.C., PATEL D.B.. MATHEMATICAL MODELLING OF NEWLY DESIGNED FERROFLUID BASED SLIDER BEARING INCLUDING EFFECTS OF POROSITY, ANISOTROPIC PERMEABILITY, SLIP VELOCITY AT BOTH THE ENDS, AND SQUEEZE VELOCITY. JOURNAL OF APPLIED MATHEMATICS[Internet]. 2012;2(5):176-183. Available from: https://sid.ir/paper/633863/en

IEEE: Copy

R.C. SHAH, and D.B. PATEL, “MATHEMATICAL MODELLING OF NEWLY DESIGNED FERROFLUID BASED SLIDER BEARING INCLUDING EFFECTS OF POROSITY, ANISOTROPIC PERMEABILITY, SLIP VELOCITY AT BOTH THE ENDS, AND SQUEEZE VELOCITY,” JOURNAL OF APPLIED MATHEMATICS, vol. 2, no. 5, pp. 176–183, 2012, [Online]. Available: https://sid.ir/paper/633863/en

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