This work studies the mechanisms of shape and surface property effects on multiphase
displacement enhancement by nanoparticle suspensions in porous media. Three …

Understanding the wetting behaviors of droplets on grooved surfaces is indispensable in
surface science and offers promising avenues for advancing industrial processes. The …

Nano-particles possess desirable attributes such as small particle size, excellent injectivity,
and migration performance, making them highly compatible and adaptable for addressing …

In porous media, dispersed fluid ganglia (bubbles, droplets) largely shape flow, transport,
and chemical reactions. Static trapping and steady-state mobilization of ganglia have been …

Utilizing the discrete element method and the pore network model, we numerically
investigate the impact of compaction on the longitudinal dispersion coefficient of porous …

We study the preference of two-phase displacements systematically by theoretical
derivations and numerical simulations via a non-uniform pore doublet model. All the most …