The electroosmotic flow of fractional Maxwell fluid in a rectangular microchannel is studied
in this paper. By means of the fractional Maxwell constitutive equation, and based on the …

This paper presents research on the fractional boundary layer flow and heat transfer over a
stretching sheet with variable thickness. Based on the Caputo operators, the double …

A novel investigation about the boundary layer flow of fractional Maxwell fluid over a
stretching sheet with variable thickness is presented. By introducing new variables, the …

In the current study, effects of chemical reaction on the MHD micropolar fluid stagnation-
point flow through a stretching sheet with slip and convective boundary conditions are …

It is noticed that the most of the researchers having affiliation with the field of fluid science
formulate the physical problems by coupling the constitutive relation of the fluid models with …

The paper gives a comprehensive study on the space fractional boundary layer flow and
heat transfer over a stretching sheet with variable thickness, and the variable magnetic field …

In this paper, an efficient numerical treatment for magnetohydrodynamic flow and heat
transfer calculations is presented, based on the differential transformation method (DTM) …

This article examines MHD flow and heat transfer through a porous medium over a shrinking
surface with suction. The governing partial differential equations of fluid motion are …

The current study investigates the numerical solution of steady heat transportation in
magnetohydrodynamics flow of micropolar fluids over a porous shrinking/stretching sheet …

The study of drag and lift forces on natural or manmade physical objects in confined
domains owns both practical and theoretical importance in the field of general sciences …