Second law analysis of MHD Jeffrey fluid through assymetric channel with peristalsis

摘要

In this work, second law analysis of MHD Jeffrey fluid through asymmetric channel with peristalsis is investigated. For the governing equations, exact solutions are obtained by employing a low Reynolds number and long wavelength assumptions. The channel walls are maintained at constant temperature. The solutions of temperature distribution and stream function are used to compute the entropy generation and the Bejan number. The influence on peristaltic flow, of all physical parameters heat, transmit characteristics, entropy generation and Bejan number are demonstrated precisely and graphically.