India, March 12, 2019

The course will begin with a brief introduction to
various multiphase flows and their applications followed
by mathematical models and governing equations for
disperse and separated multiphase flows. The key
components of the course will involve Eulerian and
Lagrangian approaches and their implementation to solve
practical problems using Ansys-Fluent. All the needed
mathematical models and the numerical methods, and the
detailed numerical set up will be presented.

Description:

 

Prof. Ramesh Agarwal of Washington University at Saint  

Louis (USA) will be the Resource person for this course,  

who is an internationally known academic, researcher and  

practitioner with proven knowledge, experience, and  

demonstrable ability in teaching, consultancy, research,  

and training in the field of Computational Fluid  

Mechanics and Heat Transfer including the Multiphase CFD  

and Heat Transfer. The host faculty will assist in the  

tutorials/demonstrations who teaches Applied Mathematics  

and Computation, and Computational Fluid Dynamics courses  

at PG level regularly.  

 

The primary objectives of the course are as follows: 

i) Expose the participants to multiphase flow modelling  

and numerical simulations. 

ii) Build the confidence and capability amongst the  

participants in solving multiphase flow problems using  

both 

the Eulerian and Lagrangian modelling approaches. 

iii) Provide exposure to practical problems and the  

numerical methodology for obtaining the solutions to 

multiphase flow problems on computers 

iv) Enhance the capability of the participants to  

formulate, analyze and numerically solve the complex 

multiphase flow and heat transfer problems.