alexa Abstract | Temperature Dependent Variable Properties on Mixed Convective Unsteady MHD laminar Incompressible fluid Flow with Heat Transfer and Viscous Dissipation
ISSN: 2476-2296

Fluid Mechanics: Open Access
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Research Article Open Access


In the present paper we investigated that the numerical solution of mixed convective laminar boundary layer flow with uniform transverse magnetic field for a vertical porous plate. The fluid properties are considered the nonlinear functions of temperature as μ = μ∞(T / T∞)A and κ = κ∞(T / T∞)C For flue gases the values of the exponents A and C are taken as A=0.7, and C=0.83. Also time dependent suction velocity is considered. The governing equations are reduced into ordinary differential equations by introducing the suitable similarity variables and then solved numerically by using sixth ordered Runge-Kutta method and Nachtsheim Swigert iteration technique. The numerical results of our physical interest are shown graphically and tabular form.

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Author(s): Kh Abdul Maleque*


Mixed convective, Viscous dissipation, Fluid flow, MHD laminar, Temperature, Heat transfer, Autowave Vortex,Dissipative Particle Dynamics,Electron Microscopy, Electronics, Fluid Dynamics,Gravitation, Magnetism, Mechanical Engineering, Molecular Dynamics, Physics, Quantum Vortex, Radio Astronomy, Scalar Wave, Superconductors, Superfluid?s,Turbulent Flow, Vertical Flow, Vortex, Vortices, Wireless

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