This article is concerned with the two-dimensional flow of Powell–Eyring fluid with variable thermal conductivity. The flow is caused due to a stretching cylinder. Temperature dependent thermal conductivity is considered. Both numerical and analytic solutions are obtained and compared. Analytic solution is found by homotopy analysis method. Numerical solution by shooting technique is presented. Discussion to different physical parameters for the velocity and temperature is assigned. It is observed that the velocity profile enhances for larger magnetic parameter. It is also further noted that for increasing the value of Prandtl number temperature profile decreases.

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stretching prandtl number temperature profile twodimensional flow of powelleyring fluid temperature dependent thermal conductivity homotopy analysis shooting technique variable thermal velocity profile

M.Z. Kiyani, T. Abbas, T. Yasmeen, M.Y. Malik,Muhammad Ijaz Khan, M. Waleed Ahmed Khan,.Numerical investigation of magnetohydrodynamic stagnation point flow with variable properties. (),.

M.Z. Kiyani, et al."Numerical investigation of magnetohydrodynamic stagnation point flow with variable properties"

M.Z. Kiyani, T. Abbas, T. Yasmeen, M.Y. Malik,Muhammad Ijaz Khan, M. Waleed Ahmed Khan,"Numerical investigation of magnetohydrodynamic stagnation point flow with variable properties"