Case Study on Application of VOF Model

The VOF model can model two or more immiscible fluids by solving a single set of momentum equations and tracking the volume fraction of each of the fluids throughout the domain.

Typical applications include :

  • Prediction of jet breakup
  • Motion of large bubbles in a liquid
  • Motion of liquid after a dam break
  • Steady or transient tracking of any liquid-gas

 Case Study on Sheet Metal

Sheet metal is formed by an industrial process into thin, flat pieces. It is one of the fundamental forms used in metalworking and it can be cut and bent into a variety of shapes

Case Study on Design & Analysis of Scissor Lift


The scissors lift is an elevator with a system of levers and hydraulic cylinders on which the metal platform is capable of moving in the vertical plane. This is achieved by using


The historical development of the present knowledge on fatigue crack initiation and Fatigue crack growth is marked by a number of characteristic observation and analytical concepts.&nbsp

Simulation of Steam Vent Silencer

High pressure fluids when released to the atmosphere, generates high noise level. This is due to high velocity flow through the valve and turbulence created around any obstacle that suddenly

CFD analysis of Butterfly Valve- With & Without Spring Force

A rigid body is a solid object that moves through a fluid without deforming. Its motion is dictated by the fluid forces and torques acting upon it, plus any external forces (such as gravity) and

Numerical Simulation of Flow Ower Flat - Sloped Stepped Spillway

spillway is a structure used to provide the controlled release of flows from a dam or levee into a downstream area, typically the riverbed of the dammed river itself

Case Study on Crushing of a Cylindrical Tube

Impact is one of the very important subjects which always have been considered in mechanical science. Control on an impact is not a plausible solution.  It is often required to present the


The movement of liquid cargo within a partially filled tank from one side of the tank to the other in the form of wave when being transported is referred to as “Tank Sloshing.” Severe effects of

Simulation Of Turbulent Flows Through a Solar Air Heater

Conventional solar air heaters have poor thermal efficiency due to low-convective heat transfer coefficient between absorber plate and flowing air stream. It can be increased by increasing the



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