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Abstract

In this paper, an impact of slip on heat flow between stretchable disks in an orthotropic porous medium has been investigated. Stretchable Disks are maintained with uniform constant angular velocities. A set of equations are solved numerically and the results are discussed with the aid of graphs. The impact of the fluid temperature and velocity profiles, for changing values of the governing parameters are explained with graphical representation and table values. It is found that the temperature profiles are decreased as Darcy number increases. Temperature increases with the increased value of stretching parameters. The physical aspects of the problem are highlighted and discussed.

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Keywords

Orthotropic Porous Media, Slip Effects, Rotating Stretchable Disks.