The study of gas transport in low-permeability rocks is both practical and of significant
importance to produce tight rock reservoirs. The presence of nanopores in tight rocks results …

岩体裂隙的有效渗透率是描述岩体非饱和或多相渗流的关键参数, 而裂隙开度是影响有效渗透率
的重要因素. 通过自主研发的粗糙裂隙多相渗流可视化实验平台, 针对天然岩体裂隙复制而成的 …

The correlation of flow structure, displacement efficiency and relative permeability for two-
phase flow in variable-aperture fractures is critical for many fractured rock applications. A …

Carbonate reservoirs commonly feature rough-walled fractures with complex geometries
and hydraulic properties, posing significant challenges in accurately evaluating the …

The simplified view of two-phase flow, such as oil and gas, in a fracture is often assumed to
occur in a stratified behavior. However, recent studies and production practices have …

In this paper, we consider two Adaptive Mesh Refinement (AMR) methods to simulate flow
through fractures using a novel multiphase model. The approach represents the fluid using a …

The two-phase displacement in rock fractures is a critical scientific challenge in deep energy
development projects, characterized by the intricate and dynamic flow patterns resulting …

The effective permeability of rock fractures is a fundamental parameter for describing
unsaturated flow and multi-phase flow in fractured media, and the fracture aperture is an …

Relative permeability models are essential in describing the multiphase fluid flow in
reservoir rocks. Literature work has shown that the existing theoretical models of relative …

Determining the (in) efficiency of wetting phase displacement by an invading non-wetting
phase (drainage) in a single fracture is key to modelling upscaled properties such as relative …