Salil S. Kulkarni
Assistant Professor
Department of Mechanical Engineering
IIT-Bombay
email : salil.kulkarni[at]iitb.ac.in
Ph: 022 2576 7513, Fax: 022 2572 6875 |
BE. Mechanical Engineering - COEP, Pune, 1995
ME. Mechanical Engineering - IISc, Bangalore, 1998
PhD. Theoretical and Applied Mechanics - Cornell University,
Ithaca, 2003
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Academic
Experience
Assistant Professor, Department of Mechanical Engineering, IIT
Bombay, April 2009 - present
Postdoctoral Fellow, Department of Mechanical Engineering, Northwestern
University, 2003-06
Industrial Experience
GE Global Research, Bangalore, 2008-09
Cummins Research and Technology India, Pune, 2006-08
Tata Motors, Pune, 1995-96
Research Interests
I am primarily interested in the fields of computational and
applied mechanics. Some of the areas of my interest are:
- Modeling and simulation of dynamical systems
- Reduced order modeling
- Finite Element and boundary integral equation methods
Openings
I am looking for PhD students who are interested in working in the field of computational mechanics.
The projects will be concerned with systematic development of
efficient parallel model reduction techniques to perform realistic
computer simulations for coupled thermo-mechanical and coupled
fluid-structural problems. These problems are of great relevance
form the point of view of design and analysis of mechanical
components in various industries. e.g. electronic industry (MEMS
design), automobile industry (engine components design), power
generation (gas turbine component design). Though model reduction
techniques for computationally intensive problems have been
developed earlier, a majority of them rely on full scale simulations
to build the reduced order models. The main goal of the model
reduction techniques which will be developed during the course of the
project will be to reduce the computational efforts of very large
scale simulations (degrees of freedom > 106) without
resorting to a a priori full scale simulations.
Specifics of the projects can be obtained by getting in touch with me.