Industrial Experience:
Industrial Experience:
Conjugate heat transfer analysis of cloth dryer unit for safe and optimum performance.
Multiphase flow simulation to predict water infiltration in washing machines to protect electronics components.
DPM based CFD solutions for forecasting the particle entrap in blower blades.
Phase change of refrigerant in capillary tube.
Lid condensate flow modeling
Cartridge design for optimum performance.
Electronic component cooling.
Nozzle performance verification.
MRF/Sliding mesh simulation for Blowers and pumps.
Three phase granular flow modelling for powder detergent mixing simulation.
(Most of the simulation results are closely matched with experimental results and able to save thousands of dollars by avoiding further experimentation before production.)
Work Summery:
Numerical modeling NOx capture in light and commercial automobile exhaust system. Flow and heat transfer simulation in substrate catalytic reactor(SCR) using CFD.
CFD modeling of Exhaust Heat Recovery (EHRS) using micro heat exchanger for performance improvement.
Urea film deposition modeling from injected ad-blue solution.
CFD training to fellow engineers of the team.
(Automation for urea film deposition techniques after experimental verification helped to save several hundred hours of effort for further simulation.)
Academic Research Experience:
Postdoctoral Associate, Department of Cardiovascular and Thoracic Surgery, Cardiovascular Innovation Institute, School of Medicine, University of Louisville, KY, USA. (Apr 2015 - July 2016)
Work Summery:
Computational Hemodynamics, CFD calculation of hemolysis in blood during circulation in left Ventricular Assisted Devices, (LVAD) due to non-physiological condition.
Junior Research Fellow, School of Mechanical Sciences, Indian Institute of Technology Bhubaneswar (IIT BBS), Bhubaneswar, India. (Oct 2010- Dec 2011)
Work Summery:
In house computational code development for radiative heat transfer in participating medium using discrete ordinate method (DOM) and also for surface to surface (S2S) radiation.
Teaching Experience: