Numerical simulation considering complex fracture networks in tight oil reservoir becomes a
hot issue during these years. Recently, embedded discrete fracture model (EDFM) shows …

The accurate identification and quantitative characterization of loess structural properties at
the pore scale are important in the study of macroscopic permeability. To characterise the …

In the context of reservoir engineering, the common methods used to select representative
rock samples for expensive and time-consuming special core analysis (SCAL) tests are …

Reservoir quality and productivity of tight formations depend heavily on the degree of
fracture development. In fact, hard and dense carbonate formations may not be considered …

The scaling laws are critically important in researching the characteristics of spontaneous
imbibition and predicting oil and gas recovery from fractured reservoirs. This paper focuses …

Abstract The classic Kozeny–Carman equation (KC) uses parameters that are empirically
based or not readily measureable for predicting the permeability of unfractured porous …

Describing matrix–fracture interaction is one of the most important factors for modeling
natural fractured reservoirs. A common approach for simulation of naturally fractured …

In fractured tight reservoirs, the stress sensitivity effect has important impacts on the law of
pressure diffusion as well as the matrix/fracture transfer flow, which is the main fluid …

Fluid flow in fractures partially filled with porous media is commonly encountered in
engineering and scientific research, yet understanding of its nonlinear seepage …

Sorption time is a key parameter for calculating the gas mass exchange between the matrix
and the fracture system of coal, and which is generally defined as the time taken for coals to …