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Your search keyword '"Vinay Puri"' showing total 2 results
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2 results on '"Vinay Puri"'

1. The analysis of a pivoted porous slider bearing with a convex pad surface

Author

Vinay Puri, M.V. Bhat, and C.M. Patel

Subjects
Surface (mathematics), Bearing (mechanical), Materials science, Flat surface, Centre of pressure, Regular polygon, Mechanical engineering, Surfaces and Interfaces, Integral form, Condensed Matter Physics, Surfaces, Coatings and Films, law.invention, Mechanics of Materials, law, Materials Chemistry, Composite material, Slider bearing, Porosity
Abstract

Summary A pivoted porous slider bearing was analysed by considering the uppersurface to have a convex pad. Expressions for the pressure, load-carrying capacity, centre of pressure, friction and coefficient of friction were obtained in integral form. The load-carrying capacity, friction and coefficient of friction of the bearing with a convex pad surface are greater than those of the corresponding bearing with a flat surface.

Published
1983
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2. Analysis of a composite porous slider bearing with anisotropic permeability and slip velocity

Author

C.M. Patel and Vinay Puri

Subjects
Materials science, Composite number, Computer Science::Human-Computer Interaction, Surfaces and Interfaces, Porous composite, Integral form, Condensed Matter Physics, Physics::Geophysics, Surfaces, Coatings and Films, Matrix (geology), Slip velocity, Mechanics of Materials, Anisotropic permeability, Materials Chemistry, Composite material, Porosity, Slider bearing
Abstract

A porous composite slider bearing is analysed taking into account the anisotropic permeability and slip velocity at the interface of the fluid film and the porous matrix. Expressions for the pressure, the load-carrying capacity, the centre of pressure, the friction and the coefficient of friction are obtained in integral form. The composite slider bearing has a greater load capacity and higher friction but a lower coefficient of friction than the equivalent inclined slider bearing.

Published
1983
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