Novel Aspects of Cilia-Driven Flow of Viscoelastic Fluid through a Non-Darcy Medium under the Influence of an Induced Magnetic Field and Heat Transfer

The spontaneous movement of natural motile cilia in the form metachronal waves is responsible for fluid transport. These cilia, particular, play important roles locomotion, feeding, liquid pumping, and cell delivery. On other hand, artificial can be useful lab-on-a-chip devices manipulation processes. In this study, a novel model ciliated tapered channel Sutterby flow under impact an induced magnetic field heat transport proposed. Darcy–Brinkman–Forchheimer law porous media with viscous dissipation function considered. With help lubrication theory, simplified non-linear leading equation cilia-oriented boundary conditions achieved. analytical results differential equations are based on topological perturbation approach. numerical simulation performed to elaborate physical interpretations emerging parameters through computer software.