In this literature survey, different aspects of dynamics of two-phase flow in porous media are
discussed. This review is based on the results of developed dynamic pore-network models …

Hydrocarbon production, gas recovery from shale, CO2 storage and water management
have a common scientific underpinning: multiphase flow in porous media. This book …

We present a review of pore-scale simulations of immiscible fluid transport with focus on two
of the most popular approaches: lattice Boltzmann modeling for direct simulations on digital …

Current macroscopic theories of two-phase flow in porous media are based on the extended
Darcy's law and an algebraic relationship between capillary pressure and saturation. Both of …

The physics of liquids in porous media gives rise to many interesting phenomena, including
imbibition where a viscous fluid displaces a less viscous one. Here we discuss the …

The gas flow in shale matrix is of great research interests for optimized shale gas extraction.
The gas flow in the nano-scale pore may fall in flow regimes such as viscous flow, slip flow …

We present a new dynamic pore network model that is capable of up-scaling two-phase flow
processes from pore to core. This dynamic model provides a platform to study various flow …

We have developed a new approach for generating pore throat cross sections of various
shapes based on distributions of shape factors and radii of inscribed circles. These …

We present a dynamic network model for modeling two-phase flow. We account for wetting
layer flow, meniscus oscillation, and the dynamics of snapoff. Interfaces are tracked through …

We have developed a Dynamic Pore-network model for Simulating Two-phase flow in
porous media (DYPOSIT). The model is applicable to both drainage and imbibition …