Influence of Varying Temperature on Magneto hydrodynamics Peristaltic Flow of a Couple- Stress for a Jeffrey Fluid with Constant Viscosity through a Flexible Porous an inclined Channel

Abstract

Peristaltic motion of a Jeffrey fluid of constant viscosity and varying temperature across an inclined flexible tube with a porous channel. In this paper, Jeffrey fluid transmission was analyzed as well as the radially variable MHD was studied. The problem is formulated based on low Reynolds number and long wavelengths approximations. A parametric analysis was conducted to investigate the impact of (Darcy number; channel inclination angle; capacitance ratio; elasticity of channel walls). The flow lines show that the mundayemoves at the same speed as the wave and increases it. The study also showed that increasing the number of mundaye reduces the temperature.