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In the present paper, we investigated unsteady three-dimensional flow of an incompressible magneto Maxwell nanomaterial in the porous medium. The cause of flow is unsteady stretching of sheet in transverse lateral directions taking zero mass flux of nanoparticles. The developed system of partial differential equations is transformed into nonlinear ordinary differential equations by similarity variables,...
The present study looks into the influence of variable thermal conditions for the heat transfer analysis of a magnetohydrodynamic Maxwell fluid in a porous medium. The flow is caused due to an unsteady bidirectional stretching sheet. Heat transfer is analyzed for two different cases of heat transfer namely the constant temperature and constant heat flux. Similarity transformations are invoked to transform...
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