Abstract
The aim of present delivery is to address the peristaltic mechanism of a non-linear viscoelastic fluid in a compliant wall channel. Ion and Hall slip effects are considered. Heat transfer is analyzed by taking the effects of Ohmic and viscous dissipations. The problem is analyzed and formulated using regular perturbation method. Solutions of velocity, temperature, stream function and heat transfer coefficient are derived. Effects of various flow parameters on the flow quantities are examined through graphs.
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