Here magnetohydrodynamic (MHD) stagnation point flow by nonlinear stretching sheet is
discussed. Variable thickness of sheet is accounted. In addition non-uniform heat …

Bubble migration in a vibrating zero gravity environment is numerically investigated using
ANSYS-FLUENT software. A 3D CFD model is developed describing the two-phase flow of a …

Thermocapillary motion of initially spherical bubbles due to the constant temperature
gradient in a liquid bounded medium is simulated numerically for low, intermediate, high …

The thermocapillary motion of droplet in a vibrating fluid in a cylinder heated from the top
and sides and cooled from the bottom is studied, using a three-dimensional computational …

The dynamics of a heavy cylindrical body in a horizontal cylindrical cavity filled with a
viscous liquid and subjected to modulated rotation is experimentally investigated. In …

This paper presents the results of the thermocapillary motion of a spherical droplet under
Marangoni flow conditions, which takes place in a zero-gravity environment where buoyancy …

In this paper, a computational fluid dynamics (CFD) approach is used to analyze and
numerically present the droplet movement in both stagnant and vibrated liquid in a rotating …

In order to study droplet motion in a stagnant fluid, a 2D axisymmetric CFD model based on
volume of fluid (VOF) is developed using Ansys Fluent software. Under the influence of the …

Calculations were performed to examine the effect of the temperature gradient (0.167≤
ΔT≤ 0.33 K/mm) on the trajectories of a single bubble and two bubbles agglomeration in …