MHD Viscous Dissipative Fluid Flows In a Channel with a Stretching and Porous Plate with Radiation Effect | Zendy

B. Shankar Goud | Zendy; J. Venkata Madhu | Zendy; MN. Raja Shekar | Zendy

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MHD Viscous Dissipative Fluid Flows In a Channel with a Stretching and Porous Plate with Radiation Effect

Author(s) -

B. Shankar Goud,

J. Venkata Madhu,

MN. Raja Shekar

Publication year - 2019

Publication title -

international journal of innovative technology and exploring engineering

Language(s) - English

Resource type - Journals

ISSN - 2278-3075

DOI - 10.35940/ijitee.k2086.0981119

Subject(s) - mechanics , magnetohydrodynamics , dissipative system , flow (mathematics) , viscous liquid , heat transfer , mass transfer , convection , fluid dynamics , porous medium , porosity , materials science , current (fluid) , magnetohydrodynamic drive , thermal radiation , radiation , physics , thermodynamics , optics , plasma , composite material , quantum mechanics

The current study focuses on two-dimensional steady convective fluid flow in the occurrence of heat and mass transfer plates aligned parallelly, involving radiation effect and viscous dissipation. Here the bottom plate is porous and stretching. The governing equations are adapted into non-linear, ordinary linear equations with similarity functions and evaluated by MATLAB in the embedded bvp5c solution. The impacts of the flow factors on the different profiles are investigated and the results are illuminated graphically

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