In this paper, unsteady 2D/axisymmetric simulations of cavitating flows are performed using a

modified “Volume-of-Fluid” (VOF) method. Simulation of the cavitation is based on a

homogenous equilibrium flow ...

velocity and pressure fields. The free surface advection and reconstruction are performed

based on the volume-of-fluid method using Youngs’ algorithm. To evaluate the effect of the

electric field on the free surface, the electrostatic potential is first...

In this paper, the characteristics of bubble growth and departure of a bubble from a cavity is simulated using a transient 2D/axisymmetric model. To predict the shape of the bubble deformation, the Navier-Stokes equations ...

A computational study of partial cavitation over axisymmetric bodies is presented using two numerical methods. The first method is based on the VOF technique where transient 2D Navier-Stokes equations are solved along with ...

The vertical impact of an axisymmetric liquid jet on a horizontal and solid surface which leads to the formation of a circular hydraulic jump (CHJ) is numerically simulated in this study by using the Volume-of-Fluid (VOF) ...

In this study, the circular hydraulic jump (CHJ) is

investigated experimentally by using the setup

constructed in the Fluid Mechanics Laboratory. Also

VOF numerical method based on Youngs’ algorithm ...

In this article, the flow instabilities during the rise of a single bubble in a narrow vertical tube are studied using a transient two-dimensional/axisymmetric model. To predict the shape of the bubble deformation, the ...

When a vertical liquid jet impacts on a solid and horizontal surface, the liquid starts

spreading radially on the surface, until a sudden increase in the fluid height occurs and

a circular hydraulic jump ...