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Reynold's equation in stochastic form for curved circular and rough porous flat plates accounting viscosity variation lubricated with conducting couple stress fluid and MHD
  • Salma A,
  • Hanumagowda B N,
  • Sreekala C K
Salma A

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Hanumagowda B N
REVA University
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Sreekala C K
NITTE Meenakshi Institute of Technology
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A theoretical analysis of curved circular and rough porous flat plates is studied for the case of conducting couple stress fluid accounting for viscosity variation and MHD. By using Stochastic Reynold's boundary conditions, the equation for pressure distribution is derived. The results reveal that viscosity variation, couple stress, roughness, MHD increases the load carrying capacities and squeezing time while the existence of a porous region decreases the above characteristics.