The characteristics of coalbed methane flow are jointly determined by the fracture and stress
environment. Previous studies conducted under conventional triaxial or uniaxial stress …

Determining the representative elementary volume (REV) of fractured rock masses is the
foundation for studying the properties of such rock masses using the equivalent continuum …

This paper experimentally investigates the role of high temperature treatment on pore
characteristics, permeability, critical Reynolds number, and flow nonlinearity of granite …

To investigate the effects of roughness and seepage fluids on the seepage characteristics of
limestone with rough fractures, five sets of limestone fracture specimens are obtained using …

In order to investigate the transition characteristics of the fluid flow regime of real rough rock
fractures during shearing, a series of fractured samples with various joint roughness …

Comprehending fluid flow in rock masses is essential for modern underground engineering,
including chemical energy extraction, nuclear pollutant remediation, and hydrocarbon …

Seepage has always been a major problem in concrete-faced rockfill dam projects. Splitting
cracks were made in the laboratory and water permeability tests were carried out on …

This study experimentally investigated nonlinear flow characteristics of rough‐walled
fractures during shear process under different boundary conditions, using the servo …

Fracture and stress environments significantly affect the flow of coalbed methane. Under
stress, fracture deformation and damage occur, which change the original fracture …

The cyclic water intrusion and stresses lead to changes in the rock pores' microstructure,
which affects the rock's seepage characteristics. This study performs a three-dimensional …