• Developed a CFD verified analytical model—with maximum relative error of 11%— to estimate the residual saturation of the displaced fluid in a microscale capillary tube through the pressure time plot.
• As a member of a research team, contributed to constructing a CFD model for a pore doublet geometry which was used in probing the effects of the initial wetting film and the fluid-rock-fluid contact angle on the efficiency of two-phase immiscible displacements.
• As the group leader of a CFD project, developed physics-based correlations based on an experimental verified CFD model to estimate the residual fluid’s saturation with the highest relative error of 12%.