EGA for a Convective Regime Over a Vertical Cylinder Stretching Linearly
2020
This article offers an analysis of entropy generated in mixed convection due to a vertical stretching cylinder placed in
heat-generating fluid-saturated porous medium. The governing system of partial differential equations is subjected to a
similarity transformation that results in boundary value problem (BVP) comprising ordinary differentials. The BVP solved
numerically by Runge-Kutta integration scheme supplemented with shooting method provides momentum and thermal
regimes which are readily exploited to enumerate entropy. The entropy distribution is traced and analysed for various
parameters’ values.
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