OpenFOAM Training

13 Lesson

30 Hours

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igmGuru offers the best OpenFOAM Training online worldwide. This comprehensive OpenFOAM training program covers key topics such as CFD fundamentals, mesh generation, turbulence modeling, solver setup, boundary conditions, multiphase flows, heat transfer simulations, and post-processing using ParaView. These course modules are designed by industry experts with over 20 years of experience in Computational Fluid Dynamics and engineering simulations. Enroll in the OpenFOAM Course today to gain job-ready CFD skills and become a professional simulation engineer.

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Overview

Prerequisites

Basic understanding of fluid mechanics and thermodynamics
Familiarity with engineering mathematics is helpful
Knowledge of Linux commands is a plus
Prior experience with any CFD tool is beneficial but not mandatory

What You Will Learn

Understand the complete CFD workflow using OpenFOAM
Set up and run simulation cases with correct solver configurations
Generate high-quality meshes using BlockMesh and SnappyHexMesh
Apply appropriate boundary conditions for real engineering problems
Perform turbulence simulations using RANS and basic LES approaches
Model heat transfer and conjugate heat transfer (CHT) applications
Simulate multiphase flows such as free-surface and two-phase systems
Analyze compressible and high-speed aerodynamic flow cases
Work with dynamic mesh and moving boundary simulations
Visualize and interpret CFD results using ParaView
Run large-scale simulations using parallel computing and HPC practices
Build real-world CFD projects for aerospace, automotive, and thermal industries

Career Opportunities After OpenFOAM Training

CFD Engineer
Simulation Engineer
Aerodynamics Analyst
Thermal Design Engineer
CAE Specialist
Research Engineer (Fluid Dynamics)

Key Features

Instructor Led Training : 30 Hrs
100% Money-Back Guarantee
24 X 7 Lifetime Support
Get Certified & Get Placed
Experienced & Professional Trainers
24 X 7 Lifetime Support & Access

Course Curriculum

Lesson 1 - Introduction to CFD and OpenFOAM

1. Fundamentals of Computational Fluid Dynamics (CFD)

2. OpenFOAM overview and real-world applications

3. OpenFOAM workflow: preprocessing → solving → post-processing

Lesson 2 - OpenFOAM Installation and Environment Setup

1. Installing OpenFOAM (Foundation vs ESI versions)

2. Understanding case directory structure

3. Input files: system, constant, and 0 folders

Lesson 3 - Meshing Fundamentals

1. Structured meshing using BlockMesh

2. Mesh refinement and grading

3. Quality checks and mesh validation

Lesson 4 - Advanced Meshing with SnappyHexMesh

1. Importing CAD geometries (STL)

2. Feature extraction and surface refinement

3. Layer addition and complex geometry meshing

Lesson 5 - Solver Setup and Boundary Conditions

1. Setting initial and boundary conditions

2. ControlDict, fvSchemes, fvSolution configuration

3. Choosing the correct solver for applications

Lesson 6 - Turbulence Modeling (RANS + Advanced Models)

1. RANS turbulence models (k-epsilon, k-omega SST)

2. Introduction to LES (Large Eddy Simulation)

3. Hybrid turbulence models (DES) overview

Lesson 7 - Heat Transfer and Conjugate Heat Transfer (CHT)

1. Thermal boundary conditions

2. Conduction + convection simulations

3. Conjugate Heat Transfer workflows for engineering design

Lesson 8 - Multiphase Flow Simulations

1. Volume of Fluid (VOF) methods

2. Free-surface and two-phase flows

3. Applications: tanks, sprays, mixing

Lesson 9 - Compressible and High-Speed Flows

1. Compressible flow fundamentals

2. Shock capturing and supersonic cases

3. Shock capturing and supersonic cases

Lesson 10 - Dynamic Mesh and Moving Boundary Problems

1. Rotating machinery simulations

2. Sliding mesh and mesh motion

3. Applications: turbines, fans, mixers

Lesson 11 - Post-Processing and Visualization

1. ParaView integration with OpenFOAM

2. Streamlines, contours, and velocity fields

3. Force coefficients and engineering result reporting

Lesson 12 - Parallel Computing and HPC Workflows

1. Running simulations in parallel

2. Domain decomposition and scalability

3. Domain decomposition and scalability

Lesson 13 - Optimization and Automation,

1. Case setup automation using scripts

2. Parametric studies and design iterations

3. Convergence monitoring and stability improvements

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Course Fees

Online Class Room Program

US $ 799.00

100% Money Back Guarantee

Duration : 30 Hrs
Plus Self Paced

Classes Starting From

Fast Track Batch 28 May 2026
Weekday Batch 01 Jun 2026
Weekend Batch 30 May 2026

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Flexible Training Schedule Options
Industry Experienced Trainers
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Want to know Today's Offer

openFOAM Certification

igmGuru provides a Course Completion Certificate to all learners who successfully complete the OpenFOAM Training. This certificate validates the learner’s understanding of CFD fundamentals, OpenFOAM solver setup, meshing techniques, turbulence modeling, heat transfer simulations, multiphase flow analysis, and post-processing using ParaView.

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OpenFOAM Training