Effect of Heat Transfer on Oscillatory Flow Behavior of Magnetohydrodynamic (MHD) Bingham Fluid

This study analyzes the flow phenomena of Bingham fluid (constant viscosity) in a flexible-walled magnetohydrodynamic (MHD) that occurs through magnetic field effects. Here, we consider flow in the presence of heat and its critical dependence on wall elasticity. The governing equations of the system were solved analytically for partial differential equations. The curves were drawn, and the effect of various parameters was illustrated as well as an analysis of fluid velocity and motion by Mathematica (version 12).