Thermal Engineering (Gas dynamics, Computational Fluid Dynamics)

10 year

Gas Dynamics and CFD

1. Research Project: Department of Aerospace Engineering, KAIST, Republic of Korea (06/2008-06/2010).
2. Project title: Bubble cloud collapse due to shock wave propagation.
3. Development of numerical algorithm for two−fluid two−phase flows with phase change for bubble cloud collapse due to shock wave propagation in water.
4. Investigation of shock structure upon bubble cloud collapse.

International Publications

1. Barik. H. and Chang, K.S. “Simulation of Two-phase flows with phase change by HLL scheme.” Physics of Fluids, In Preparation, (2016).
2. Barik. H. “Numerical simulation of two-phase quasi-1D bubbly cavitating nozzle flow solutions” Shock Waves, In Preparation,(2016).
3. Barik. H. and Chang, K.S. “ Numerical study of shock wave interaction with aqueous foams” Shock Waves, In Preparation, (2016).
4. Barik, H. and Chatterjee, A., “Complex shock wave reflection configurations in shock-vortex interactions.” Fluid Dynamics Research, Under revision, (2015).
5. Chang, K. S., Barik, H. and Chang, S. M., “The fundamental shock−vortex interaction patterns that depend on the vortex flow regimes.” Journal of Computational Fluids Engineering, 14(4), (2009), pp. 70-79.
6. Chang, K. S., Barik, H. and Chang, S. M., “The shock−vortex interaction patterns affected by vortex flow regimes and vortex models.” Shock Waves, 19, (2009), pp. 349-360.
7. Barik, H. and Chatterjee, A., “Existence criteria for reflections in shock−vortex interactions.” Shock Waves, 16, (2007), 309-320.
8. Mahapatra S.K. and Barik H., “Numerical modelling of combined conductive and radiative heat transfer within square enclosure using discrete ordinate method.” Journal of Engineering Thermophysics, Vol. 11-2, (2002), pp. 181-194.