V. S. Sampath Kumara
, N. P. Paia,†
, B. Devakia
Frontiers in Heat and Mass Transfer, Vol.16, pp. 1-7, 2021, DOI:10.5098/hmt.16.3
Abstract A study is carried out for the two dimensional laminar flow of conducting fluid in presence of magnetic field. The governing non-linear equations
of motion are transformed in to dimensionaless form. A solution is obtained by homotopy perturbation method and it is valid for moderately large
Reynolds numbers for injection at the wall. Also an efficient algorithm based finite difference scheme is developed to solve the reduced coupled
ordinary differential equations with necessary boundary conditions. The effects of Reynolds number, the magnetic parameter and the pradantle
number on flow velocity and tempratare distribution is analysed More >
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