Entropy Generation for MHD Peristaltic Transport of Non-Newtonian Fluid in a Horizontal Symmetric Divergent Channel

The analysis in view is proposed to investigate the impacts of entropy peristaltically flown Ree–Eyring fluid under stress a normally imposed uniform magnetic field non-uniform symmetric channel varying thickness. administering equations present flow problem are switched into non-dimensional form and then reduced by availing long wavelengths creeping regime restrictions. analytical treatment for developed performed attain closed-form solutions which further displayed as graphs velocity, pressure, temperature, distribution. trapping phenomenon has also been an area our current examination. role relevant pronounced parameters such Brinkmann number, Hartmann parameter throwing vivid concerned. It inferred that both number with rising values inflate temperature profiles. velocity profile shows nature due horizontally assumed circulation streamlines bolus formations visibly response increasing number.