Venturi VOF Multi-Phase Flow in a Tube for Air Suction CFD Simulation

Explore Venturi flow dynamics for air suction with our ANSYS Fluent CFD simulation module using the Volume of Fluid (VOF) multi-phase approach. This tutorial focuses on key aspects of Venturi performance relevant to mechanical engineers.

Key areas covered:

VOF multi-phase flow modeling
Pressure drop and velocity profile analysis
Air entrainment and suction effects
Phase interaction setup in ANSYS Fluent

Learn to set up VOF models, define phase interactions, and interpret results connecting fluid dynamics theory to practical applications.

This simulation provides insights into:

Pressure and velocity distributions in the Venturi tube
Flow behavior at the throat and diffuser sections
Impact of operating conditions on suction performance
Interaction between primary and secondary fluids

Applicable to various fields including fluid handling systems, vacuum technology, and process industries.

By completing this module, you’ll understand:

Venturi principle and its application in air suction
Multi-phase flow behavior in constricted passages
Factors affecting Venturi efficiency and suction capacity

Develop skills in analyzing Venturi-based systems, crucial for fluid handling applications in mechanical engineering.