Entropy Generation Analysis of Dusty Fluid With Peristalsis in Asymmetric Channel With Slip Effects

The purpose of this paper is to study the peristaltic dusty fluid flow where dust particles are distributed uniformly. The passage of flow is asymmetric. Slip conditions have been incorporated into both momentum and thermal profiles. The mathematical model is constructed using the laws of momentum and energy conservation. The resulting coupled equations are solved using small wavenumber approximation. Impacts of important quantities on temperature and velocity profiles of fluid along with solid particles have been debated through graphs. Entropy generation analysis has been carried out for influential parameters. An enhancement is observed in temperature irreversibility as Brinkman and thermal slip are increased. Bejan number is studied for various values of Brinkman number, wavenumber and thermal slip. The analysis of peristaltic flow of particle fluid with slip has a vital role in biomedical sciences and industry.