Free Download Getting Started with Multiphase CFD in OpenFOAMPublished 1/2026
Created by Navygate Technologies
MP4 |
Video: h264, 1920x1080 |
Audio: AAC, 44.1 KHz, 2 Ch
Level: Beginner |
Genre: eLearning |
Language: English + subtitle |
Duration: 16 Lectures ( 4h 21m ) |
Size: 5 GB
✓ Understand the fundamentals of multiphase flow, phase change, and multi-species modeling in CFD
✓ Choose the right OpenFOAM multiphase solver (interFoam, EulerFoam, multiphaseEulerFoam) for a given problem
✓ Set up beginner-friendly 2D multiphase cases from scratch in OpenFOAM
✓ Define and initialize multiple phases and volume fractions correctly using setFields
✓ Configure phase-specific velocity, temperature, and thermophysical properties
✓ Apply and tune interfacial force models (drag, lift, virtual mass, wall lubrication)
✓ Understand pressure-velocity coupling in Euler-Euler multiphase solvers
✓ Handle numerical stability issues such as phase fraction bounds and solver divergence
✓ Run and analyze bubble, droplet, and phase-interaction test cases
✓ Visualize and interpret multiphase results using ParaView
✓ Confidently transition from simple 2D examples to more complex multiphase problems
Requirements● Basic understanding of fluid mechanics (continuity, momentum, and energy equations)
● Introductory knowledge of CFD concepts, such as discretization and boundary conditions
● Basic familiarity with OpenFOAM workflow, including case structure and running solvers
● OpenFOAM version v2412 installed and working on your system
● Comfort with Linux command line (navigation, editing files, running simulations)
DescriptionThis course is a beginner-friendly, step-by-step introduction to multiphase CFD using OpenFOAM, designed to help learners build confidence by starting with simple and clearly explained 2D cases. All examples are intentionally kept computationally light and conceptually clear, making the course ideal for students and first-time OpenFOAM users.
You will begin by understanding the fundamentals of multiphase flow, phase change, and multi-species modeling, and how these concepts are implemented in OpenFOAM. The course introduces key solvers such as interFoam, interIsoFoam, compressibleInterFoam, twoPhaseEulerFoam, and multiphase EulerFoam, with a clear explanation of when and why each solver should be used.
All simulations are based on simple 2D test cases, including water column collapse, rising air bubbles in water, interface tracking comparisons (VOF vs isoAdvector), Euler-Euler bubble flow, and basic multi-phase mixing cases. These carefully chosen examples allow you to focus on understanding the physics and solver setup without being overwhelmed by complex geometries or heavy meshes.
Strong emphasis is placed on hands-on case setup. You will learn how to define multiple phases and species, configure thermophysical properties, set initial and boundary conditions, choose appropriate interfacial models (such as drag and phase interaction), and correctly use dictionaries like controlDict, fvSchemes, fvSolution, and setFields.
The course also covers common beginner issues and troubleshooting techniques, including incorrect phase initialization, stability problems, discretization errors, and solver crashes. By addressing these topics directly, the course helps you develop practical problem-solving skills that are essential for real CFD work.
Every lecture is supported with complete, ready-to-run OpenFOAM case files, allowing you to reproduce all results step by step. In addition to the video lectures, the course provides additional PDF notes that summarize solver theory, modeling assumptions, and setup guidelines, making them useful as long-term reference material.
By the end of this course, you will be able to confidently set up and run simple 2D multiphase, phase-change, and multi-species simulations in OpenFOAM, and you will have a strong foundation to progress toward more complex 3D and real-world multiphase CFD problems.
Who this course is for■ Beginners in OpenFOAM who want a clear and structured introduction to multiphase CFD
■ Undergraduate and postgraduate students learning CFD or fluid mechanics
■ Researchers starting work on multiphase, phase-change, or multi-species simulations
■ Engineers who want hands-on experience with OpenFOAM multiphase solvers
■ Users transitioning from single-phase to multiphase CFD
■ Learners who prefer simple 2D cases to understand complex physics without heavy computation
■ Anyone planning to advance to complex 3D multiphase simulations after building strong fundamentals
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