Projects
- Developed a flow and transport code for Rayleigh Taylor Instability in porous media
- Coupled effective conductivity calculation with flow and transport by current injection through it as the instability evolves
- Analyzed anisotropy with the change in mixing length using inverse formulation
- Numerical simulations of mass-transfer and phase change across immiscible interfaces between supercritical CO$_2$ using VOF in a T-Junction microfluidic channel.
- Investigation of different droplet formation pressure regimes in a T-junction microchannel.
- Designed and performed a 3D experiment for laser scanning of Rayleigh Taylor instability of miscible fluids in a porous media
- Studied the variation of onset time and mixing length in pore scale for density-driven instability
- Analyzed anisotropy with the change in mixing length using inverse formulation