Computational microfluidics for geosciences is the third leg of the scientific strategy that
includes microfluidic experiments and high-resolution imaging for deciphering coupled …

We present a multiphase level set method with local volume conservation for capillary-
controlled displacement in porous structures. Standard numerical formulations of the level …

Subsurface formations often contain multiple minerals with different wettability
characteristics upon contact with nonaqueous-phase liquids (NAPLs). Constitutive …

Multiphase flow in porous media often occurs with the formation and coalescence of fluid
ganglia. Accurate predictions of such mechanisms in complex pore geometries require …

Archie's law is commonly used for the estimation of brine saturation using electrical
conductivity of sedimentary rock. For a formation with narrow pore size distribution (PSD) …

Carbonates present a significantly important area for the research as classical empirical
methods applied for sandstones characterization, may easily mislead when applied to …

It has been observed in both laboratory and field studies that unfrozen soil moisture content
is hysteretic between freezing and thawing conditions. While a few explanations have been …

The identification of methane hydrate behavior in porous media is one of the most
challenging yet rewarding pore-level visualization and simulation tasks. The hydrate …

Recent research on unlocking the solvent dispersion as a physical blending process in
porous media has been mainly focused on core-scale observations. Pore-level studies of …

We present a multiphase level set (MLS) approach to capillary-controlled, three-phase
displacement in porous media, and use it to simulate displacements of disconnected fluid …