Study of dissipative MHD oscillatory unsteady free convective flow in a vertical channel occupied with the porous material in the presence of heat source effect and thermal radiation

Abstract

The analytical study of MHD oscillatory, unsteady, natural convective viscous incompressible dissipative flow through vertical channel filled with porous medium in the presence of heat source effect and thermal radiation have been discussed. The time-dependent equations of flow scheme such as the equation of fluid motion and heat transfer are derived and solved by a suitable analytical method. The MATLAB software is used to plot the figures and confer the significance of flow parameters on the velocity and temperature field of the flow scheme. In this analysis, it is found that the magnetic field is the main key parameter for optimizing fluid velocity, and this result is helpful for various industries and biomedical fields.