The lubricant properties have a significant influence on the static and dynamic performance
characteristics of journal bearing such as load-carrying capability, minimum fluid film …

The present literature illustrates the radiative couple stress fluid runs over a permeable
stretched cylinder. The problem has been modelled mathematically introducing the mixed …

Use of porous materials in fluid film is well established so as to make more uniform
distribution of pressure along the journal surface. The work presented in this paper deals …

In this work, a numerical simulation is presented for the thermo-hydrodynamic self-
lubrication aspect analysis of porous circular journal bearing of finite length with sealed …

This study focuses analytically on the oscillatory hydromagnetic flow of a viscous,
incompressible, electrically-conducting, non-Newtonian fluid in an inclined, rotating channel …

We make an effort to analyze the behavior of squeeze film characteristics of different finite
plates with couple stress fluid in the presence of a transverse magnetic field. On the basis of …

A mathematical study is conducted of the oscillatory hydromagnetic flow of a viscous,
incompressible, electrically conducting, non-Newtonian bio-fluid in an inclined, rotating …

In the present study, the transient, free convective, boundary layer flow of a couple stress
fluid flowing over a vertical cylinder is investigated, and the heat and mass functions for the …

The unsteady natural convective couple stress fluid flow over a semi-infinite vertical cylinder
is analyzed for the homogeneous first-order chemical reaction effect. The couple stress fluid …

Numerical analysis is performed to study the transient free convective boundary layer flow of
a couple stress fluid past an infinite vertical cylinder, in the absence of body forces and body …