Modeling of heterogeneous materials and media is a problem of fundamental importance to
a wide class of phenomena and systems, ranging from condensed matter physics, soft …

Fluid–fluid displacement in porous media has been viewed through the lens of Lenormand's
phase diagram since the late 1980s. This diagram suggests that the character of the flow is …

Abstract A Darcy–Cahn–Hilliard model coupled with damage is developed to describe
multiphase-flow and fluid-driven fracturing in porous media. The model is motivated by …

A key parameter with considerable influence on the spatial distribution of the fluid phases in
porous media is the wettability. Understanding the effect of wettability on fluids' distribution in …

Suspended particle transport is frequently involved in many geophysical processes and
subsurface engineering applications. Although common and important, the effect of liquid …

We present a new computational fluid dynamics approach for simulating two‐phase flow in
hybrid systems containing solid‐free regions and deformable porous matrices. Our …

In this perspective we provide a brief overview of the state of knowledge and recent progress
in the area of multiphase flow through deformable granular media. We show, with many …

Multiphase flows involving granular materials are complex and prone to pattern formation
caused by competing mechanical and hydrodynamic interactions. Here we study the …

We study fluid-induced deformation and fracture of cohesive granular media, and apply
photoporomechanics to uncover the underpinning grain-scale mechanics. We fabricate …

Tumor metastasis is a complex phenomenon that poses significant challenges to current
cancer therapeutics. While the biochemical signaling involved in promoting motile …