Analysis of rotating-symmetric frame and MHD for peristaltic multiphase flow: An exact solution

The rotational mechanism forms the basis of various cosmic and geophysical transports. In medical science, blood flows have been related to healthy cardiac function. This study consists a mathematical model representing magnetohydrodynamic effects on two-phase pumping flow Ree–Eyring–Powell stress in rotating frame. is controlled by switching system into wave frame reference for better analysis phenomenon. Moreover, lubrication theory applied resulting set relations order get more comprehensive form reduced model. end, an exact solution found discuss substantial contents study. data velocity stream function are presented diagrammatically examine theoretical behavior quantities under variation considerable physical factors. It concluded from graphs that axial secondary velocities decreasing against rotation, magnetic field, fluid’s factor, but same rise case wall stiffness particle concentration. both industrial biomedical applications, this type measurement gives tomographic information multiphase process, which entails acquiring signal changes at edges objects like fluid pipes or vessels determine how distributed within. work extendable considering nanoparticles types enhance thermal conductivity flow.