Peristaltically Wavy Motion on Dusty Walter’s B Fluid with Inclined Magnetic Field and Heat Transfer

This study includes the dynamics of Walter’s B fluid conveying dust granules through an inclined asymmetric passage. An inclined magnetic field is imposed on the flowing fluid in order to investigate its consequences on the temperature, pressure rise and velocity. Stream functions transformation is applied to the derived equations of the dust granules and the fluid. Regular perturbation method has been carried out to interpret the nonlinear equations. Graphical demonstration of various parameters is included to analyze the results. It is detected that the velocity attenuates as the magnetic field and the viscoelastic parameter increase for both dust particles fluid. The pressure rise throughout the region increases as Reynolds number is increased. The temperature decreases as Prandtl number is increased. This research can aid investigators to understand the elastic properties of paints, in plastic engineering and extensional polymers.