Impact of Variable Liquid Properties on Peristaltic Transport of Non-Newtonian Fluid Through a Complaint Non-Uniform Channel

The present investigation emphasises a new attempt at the peristaltic mechanism of Eyring Powell fluid through non-uniform channel. analysis is performed in presence wall properties under influence variable liquid properties, and flow problem mathematically developed. channel walls are subjected to no-slip conditions with long-wavelength low Reynolds-number approximations employed study. nonlinear governing equations normalised using relevant non-dimensional parameters, solutions obtained help regular perturbation technique. pertinent physical parameters interest, such as velocity, temperature, concentration streamlines, represented graphically. reveals that material elastic model strongly affect velocity temperature profiles opposite behaviour has been observed parameters.