Abstract
•Peristalsis in presence of thermal deposition is formulated.•Impact of chemical reaction is outlined.•Mixed convection for both heat and mass transfer is present.•Carreau–Yasuda fluid is employed.•Compliant characteristics of channel walls are addressed.
The presented article addresses the mixed convective peristaltic flow of Carreau–Yasuda fluid bounded in a compliant wall channel. The thermal deposition and chemical reaction effects are employed simultaneously in the flow analysis. Governing equation comprised the viscous dissipation and thermal radiation effects. Heat and mass transfer have been studied under large wavelength and small Reynolds number. The resulting nonlinear systems are solved numerically. The graphical illustrations show increasing impact of temperature through mixed convection and decreasing behavior of concentration with thermal deposition and constructive chemical reaction.