Course Overview
1) It is a balanced course for a beginner in CFD Field
2) The important prospect of this course, it allows the
participant to built up their understanding in all the
aspect to OpenFOAM as a general-purpose CFD Solver.
3) More than half of the time will be devoted on
hands-on sessions
Physics Involved and Code development Aspect
1) Participants will solve some pre-defined cases as
well as some of the newly developed cases like (physics
involved):
a) Potential Flow, Simple Flow cases, Heat Transfer
including natural convection
b) Turbulence Flows (RANS and LES Modeling)
c) Moving Frame of reference (MRF), Volume of Fluid
(VOF), Dynamic Mesh Movements (sliding Mesh)
d) Fluid Structure Interaction (FSI) and
Magnetohydrodynamics (MHD)
2) Code Development aspect allow the students to walk
through various pre-defined solvers like icoFoam, simpleFoam
etc. It will also make through boundary conditions,
utilities, and libraries.
Hands-on experience on platform to the participant
for implementing various boundary conditions, incorporating
solar transport in existing solvers and library development
for new physics
Course Options
In total there are three options in this course:
Inherit CFD Theory
OpenFOAM Software part + ICEMCFD
Fluent
This course is for you, if you are:
New to OpenFOAM
You have partial training in OpenFOAM
Want to develop proficiency in CFD / OpenFOAM
Want to simplify the use of OpenFOAM
PG Student, Research Scholar, starting career in CFD,
R&D person either in industry / lab etc.
Prerequisite for the course
1) If you are opting for 'OpenFOAM / Fluent Softwares'
only, then basic knowledge of CFD is must
2) This course is ideal for students having knowledge of
Fluid Mechanics and Numerical Methods
Course Fees
CFD inherit theory Rs. 12,000 /- (equivalent to $180)
OpenFOAM and basics of Fluent Rs. 23,000 (equivalent to
$346)
Registration
1) The registration can be done by visiting
www.workshopwale.com and paying advance amount of Rs. 2000
/- (equivalent to $30) using PayPal / NEFT / IMPS / Cheque
2) The session seats available are 30 (both online and
offline), will be selected on 'first come first serve' basis
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