[1] GIAN Course (Global Initiative of Academic Networks): 
This 
course is funded by the Ministry of Education, Government of 
India.


[2] Who should attend (International Participants are 
welcome)?
1. UG/PG Students
2. Doctoral and Post-Doctoral Researchers
3. Scientists

[3] Expert: Prof. W. Malalasekera, Loughborough University, 
UK
Host: Dr. Shanmugam Dhinakaran, IIT Indore, India

[4] About the expert:
Prof. Weeratunge Malalasekera is a Professor of 
Computational Fluid Dynamics & Heat Transfer at the 
Loughborough University, UK. He maintains a good 
collaborative links with a number of internationally leading 
research groups. His research interests include modelling 
and simulations of IC engines; Investigations into the 
performance of CCGT power plants; Development and 
investigations into energy storage solutions; Investigation 
into hydrogen applications, combustion, deflagration and 
flame propagation in hydrogen mixtures and Large eddy 
simulations of premixed and non-premixed flames.

Prof. Malalasekera contributes to all levels in 
undergraduate teaching and runs and contributes to the M.Sc 
Programme in Mechanical Engineering. Computational Fluid 
Dynamics and Heat Transfer are the main subjects taught. He 
is the co-author of the textbook entitled ‘An introduction 
to Computational Fluid Dynamics: The Finite Volume Method’. 
First published by Longman Higher Education in 1995, this 
book as become a widely used popular CFD course text at many 
universities worldwide. An enhanced second edition of this 
book covering advanced topics and recent development in CFD 
has been published in February 2007, by Pearson Higher 
Education. By popular demand, a number of international 
editions (Chinese, Asian, Japanese, Greek and Korean) have 
also been published.



[5] Course Content:
- CFD modelling of hydrogen combustion devices.

- Hydrogen: Occurrence; physical and chemical

- Properties; hydrogen as a future fuel

- Hydrogen generation technologies.

- Hydrogen storage technologies.

- Hydrogen utilisation technologies.

- Hydrogen in engines.

- Hydrogen injection into national gas grids, role of
hydrogen in decarbonisation.

- Hydrogen in other equipment: Hydrogen combustion in
other combustion equipment and implications in existing
boilers and gas turbines.

- Modelling: Characteristics and modelling of hydrogen
flames & combustion processes; Pure hydrogen use in
the future - requirements for combustion equipment
design

- Hydrogen infrastructure: Safety & environmental
aspects of hydrogen; Hydrogen codes and standards;

- Hydrogen sensing & detection; Hydrogen safety, fires
and explosion research. 


[6] Fee: INR 1000 + 18% Taxes (For UG and PG Students)
     INR 1500 + 18% Taxes (For PostDocs/PhD Students)


[7]Contact details:
Dr. Shanmugam Dhinakaran
Email: sdhina@iiti.ac.in
WhatsApp: +91-9111749191