Velocity Slip with Viscosity Variation for Rough Porous Circular Stepped Plates Using Couple Stress Fluid
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Abstract
The effect of velocity slip with viscosity variation between porous rough circular stepped plates with couple stress fluid is examined.A stochastic random variable having a non-zero mean, variance, and skewness is used to model a more general type of surface roughness equation also the modified Reynolds equation accounting for pressure dependent viscosity is analytically derived.The numerical solution obtained for the non-dimensionless pressure, load carrying capacity and time.It is observed that the impact of roughness and viscosity variation using a couple stress fluid between circular stepped plates has been discussed.These effects improved the ability of load carrying capacity as compared to the corresponding Newtonian case.
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|---|---|---|
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