In this paper, the MHD peristaltic flow inside wavy walls of an asymmetric channel is
investigated, where the walls of the channel are moving with peristaltic wave velocity along …

In most of the medical therapies, electromagnetic field plays important role to modulate the
blood flow and to reduce the pain of human body. With this fact, this paper presents a …

The present communication addresses the magnetoperistalsis of Jeffrey nanomaterial in a
vertical asymmetric compliant channel walls. Flow modeling is based upon mixed …

The radiative heat and mass transfer in wall induced flow of hydromagnetic fluid through
porous medium in an asymmetric channel is analyzed. The fluid viscosity is considered …

This article explores the heat and transport characteristics of electroosmotic flow augmented
with peristaltic transport of incompressible Carreau fluid in a wavy microchannel. In order to …

In this novel numerical investigation, the application of well-renowned numerical technique
known as Galerkin finite element method on full form of Navier-Stokes equations presented …

In this paper Williamson fluid is taken into account to study its peristaltic flow with heat
effects. The study is carried out in a wave frame of reference for symmetric channel. Analysis …

The nonlinear nature of the transport equations that govern the drying process highlights in
evidence the applicability of numerical simulation in this field. This work is devoted to …

Convergence analysis and grid independence of the finite element method on unsteady two-
dimensional magnetohydrodynamic, viscous, incompressible, electrically conducting fluid …

In this chapter we turn our attention to processes of combined (simultaneous) heat and mass
transfer that are driven by buoyancy. The density gradients that provide the driving buoyancy …