Two Days Workshop on Computational Fluid Dynamics with OpenFoam – Level 01

About Course

This workshop aims to cover the computational fluid dynamics theory, practical and projects using OpenFoam Software; with hands on experience of problem solving. This is short duration workshop for two days, for longer learning students can take the Foundation Course on OpenFoam in the course category.


What is OpenFOAM

OpenFOAM is a C++ based open source platform/toolbox with a range of standard numerical solvers and pre/post processing utilities for continuum mechanics problems including computational fluid dynamics. In simple and relevant terms, OpenFOAM is a powerful free to use platform which can specifically be used for CFD simulations.

OpenFOAM Advantage :

The structure of OpenFOAM requires a rather clear knowledge of the governing equations, aspects related to discretization, the nature and underlying structure of the fluid domain, mesh structure and the solution methodology to solve a problem on hand. Without some of the basics, even case setup becomes next to impossible. Thus, OpenFOAM enables holistic evolution of knowledge base pertaining to computational fluid dynamics aspects, an aspect which makes OpenFOAM different from other solvers.

What Will I Learn?

  • Understanding the fundamentals of CFD
  • Understanding what is OpenFoam
  • Understanding OpenFOAM Architecture - Governing Equations, Discretisation, Mesh Structure, Solution Methodology
  • Understanding the holistic evolution of knowledge base with OpenFoam
  • Solving Problems or Industrial cases with OpenFoam
  • Understanding the difference of OpenFoam with Other Solvers

Topics for this course

12 Lessons15h

Workshop : DAY 1?

DAY – 01 01. Computational Fluid Dynamics – An Overview 02. Mathematical preliminaries [Taylors Series] 03. Fluid dynamics preliminaries 04. Conservation equations 05. Discretization of governing equations 06. Introduction to turbulence modelling
Computational Fluid Dynamics – An Overview
Mathematical Preliminaries
Fluid dynamics preliminaries
Conservations equations
Discretization of governing equations
Turbulence and its modelling

Workshop : DAY 2?

DAY – 02 07. Linux fundamentals 08. Open FOAM – Getting started 09. Open FOAM – Meshing fundamentals 10. Open FOAM – Case setup and solution (Basic) 11. Open FOAM – Case setup and solution (Advance) 12. Open FOAM – Review of solvers and solution schemes

About the instructor

Research Scientist, Centre for Sustainable Technologies; Indian Institute of Science; Bangalore CFD Trainer on VirtualEngineering Dr. Anand M Shivapuji is a Research Scientist in Indian Institute of Science has obtained PhD from Centre for Sustainable Technologies Indian Institute of Science, Bangalore, India and own A patent titled "A method and device for generating plasma activated water and achieving antimicrobial activity of the plasma activated water at near neutral pH conditions" with Dr L N Rao and Prof S Dasappa is under consideration with the IP Cell of IISc for filing. His core area of research are Thermodynamics, Combustion and gasification, Internal combustion engines, Fuel cells, Non thermal plasma Reaction kinetics, Numerical simulations, Non regular/Alternative fuels, Gas phase separation techniques AWARDS / RECOGNITIONS 2018 : Certificate of outstanding contribution in reviewing, Journal of Hydrogen Energy 2015 : Best visual presentation award at Asian Biomass Conference, Shanghai, China 2013 : Young researcher award from Korean Society of Combustion; Combustion Institute 2004 :University second rank holder in the M.Tech program
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3 Courses

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Material Includes

  • The candidate will become conversant with OpenFOAM platform and will be able
  • to set up and execute new/tutorial cases and post process the results.


  • Basic knowledge of fluid mechanics, thermodynamics and numerical techniques.
  • Some LINUX knowledge helps but is not mandatory.

Target Audience

  • Engineers/ CFD Professionals/Researchers from Mechanical/Civil sciences and allied
  • sciences, Interested to learn CFD.
Virtual Engineering
# 28 (Old No 619/1), 2nd Floor
36th Cross, 2nd Block, Rajajinagar
Bangalore-560010 India