Computational Fluid Dynamics,

Practical approach to Multi-Phase CFD simulation

A practical course combining multiphase flow theory with industrial examples using ANSYS Fluent.

Full lifetime access to this course at ₹5,000.00

Multiphase flows often play a key role in industrial processes and understanding multiphase phenomena can be important for optimizing processes or products. ANSYS Fluent offers a range of models for multiphase flow simulation which can help you to understand multiphase flow phenomena in your application. In this course, you shall

Learn concepts of multiphase flow theory such as phase definition and flow classification.
Able to set up and solve problems using any of the multiphase flow models available in ANSYS Fluent.
Enable you to identify and use the correct model for your multiphase flow application and right model within ANSYS Fluent.

Course Content

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Multi-Phase Flow Theory 5 Lessons

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Module Content

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Introduction to the Course

Multi-Phase Flow-Practical Introduction

Types of Multip-Phase Flows

Modelling a Multi-Phase Flow Problem

Selection Guidelines for Multi-Phase Problems

Mixture Models 7 Lessons

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Understanding Mixture Models and When to use it?

Problem Description of Industrial Model - 1

Setting up Mixture Models- General and Coupling Options

Setting up Mixture Models- Particle Tracking Options

Setting up Mixture Models- Creating Particle Injections

Setting up Mixture Models- Boundary Conditions

Post Processing Mixture Models and Interpretation of Results

Volume of Fluid (VOF) Models 8 Lessons

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Understanding VOF Models and When to use it?

Problem Description of Industrial Model - 2

Setting up VOF Models- General and Interface Modelling Options

Setting up VOF Models- Defining Phases

Setting up VOF Models- Boundary Conditions, Initialization and Patching

Setting up VOF Models- Solver Settings

Solving and Montoring the Simulation

Post Processing VOF models and Interpretation of Results

Discrete Phase Models (DPM) 7 Lessons

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Module Content

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Understanding DPM Models and When to use it?

Problem Description of Industrial Model - 1 DPM Approach

Setting up DPM Models- General and Coupling Options

Setting up DPM Models- Particle Tracking Options

Setting up DPM Models- Creating Injections

Setting up DPM Models- Boundary Conditions

Post Processing DPM models and Interpretation of Results

Understanding Eulerian Models and When to use it?

Fluidized Bed and Syamlal-O'Brien Drag Law- Problem Description

Setting up Eulerian Models- General and Interface Modelling Options

Setting up Eulerian Models- Defining Phases

Setting up Eulerian Models- Boundary Conditions and Initialization

Post Processing Eulerian models and Interpretation of Results

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About Instructor

Shirsh Technosolutions

A Preferred Channel Partner & an Authorized Training Center for ANSYS, Inc in India. Shirsh, established in 2007, is engaged since then to provide innovative and latest engineering analysis solutions using CAE to Companies, Universities, & Individuals to secure product quality, a decrease in product development time and reduced costs.

5 Courses

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Course Includes

25 Modules
27 Lessons

Practical approach to Multi-Phase CFD simulation

Full lifetime access to this course at ₹5,000.00

Course Content

About Instructor

Shirsh Technosolutions

Course Includes

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