Carbonation of cementitious materials is one of the most important reasons leading to the
deterioration of steel-reinforced concrete structures. After years of research, different models …

Solute transport in partially-saturated porous media plays a key role in multiple applications
across scales, from the migration of nutrients and contaminants in soils to geological energy …

The traditional three-region theory cannot explain why some condensate gas reservoirs
have high production in field depletion development even if the formation pressure is below …

Pore-scale transport behaviors and mechanisms of rock reservoirs are still not well
understood to increase unconventional resource production. This work mainly focuses on …

The phenomenon of snap-off during imbibition in porous media, a fundamental two-phase
fluid flow phenomenon, plays a crucial role in both crude oil production and carbon dioxide …

Understanding specific air–water interfacial area (SAWIA) is essential for characterizing and
modeling various phenomena in vadose zone hydrology, such as virus and colloid transport …

The gas-condensate flow in the near-well region is significantly influenced by phase
behavior, flow regimes, and pore geometries. In conventional gas-condensate reservoirs the …

To investigate the void mesostructure in porous asphalt mixtures (PA), computed
tomography (CT) and Avizo were utilized to scan and reconstruct the three-dimensional (3D) …

In geotechnical engineering, understanding the relationship between soil permeability and
deformation is essential, particularly for applications like earth dams, where compaction …

Using subterranean rock cores as samples, the impact of depletion exploitation and cyclic
gas injection on the occurrence and dynamic utilization of condensate oil and the damage to …