Numerical Treatment for Dynamics of Second Law Analysis and Magnetic Induction Effects on Ciliary Induced Peristaltic Transport of Hybrid Nanomaterial

The presented communication provides the analysis of entropy generation and heat transport rate in peristalsis hybrid nanofluid induced by metachronal ciliary beating under magnetic environment for sufficiently large Reynolds number. Nanoparticles Cu Al 2 O 3 are suspended water. Features their structures determined using long-wavelength approximation with zero Adams Bashforth method has been applied to compute results flow variables as well number from formulated differential system which then interpreted graphically establish physical significance different values interest. This investigation reveals that thermal performance fluid can be boosted utilizing nanomaterial about strength a wall stability. Irreversibility ensures reduced strong field while an increase temperature causing enhancement system. Error performed reasonably accurate tolerance level. comparative outcomes both numerical approaches plentiful graphical demonstrations demonstrate importance terms robustness, accuracy