The two-dimensional solutions and stability analysis are presented for an evaporating thin
viscous liquid film flowing inside a uniformly heated rotating horizontal cylinder. A non …

Fingering of an inviscid liquid droplet upon impact on a super-hydrophobic surface is
revisited. Generation of coronal fingers is investigated here using a transverse rim instability …

This paper investigates a thin liquid film flowing down the interior or exterior surface of a
vertical uniformly heated cylinder under the influence of gravity. A thin liquid film model …

Extensive computational fluid dynamics (CFD) simulations were conducted to study
“rimming” flow in a partially filled horizontally rotating cylinder. These flows are encountered …

Motivated by evaluating coating oil films within bearing chambers in an aero-engine
application, an analysis is presented for the fluid dynamics relevant in their dual capacity as …

We present the analytical solution for the fluid motion inside a cylindrical tank whose angular
velocity starts from rest and undergoes a harmonic oscillation. This problem, which has not …

Segregation induced by size, shape, or density difference of the granular material is
inevitable in both natural and industrial processes; unfortunately, the underlying mechanism …

The thermocapillary instabilities of the liquid layers on an inclined plane with zero heat flux
are examined by linear stability analysis. There is an angle between the gravity and the …

Steady two-dimensional solutions and their stability analysis are presented for thin film of a
thermoviscous liquid flowing inside a cylinder rotating about its horizontal axis. The inner …

This paper deals with the dynamic stability of a flexible rotor partially filled with two liquid
phases. On the basis of the Navier-Stokes equations for the incompressible flow, a two …