In this note, the non-linear fluid flow through rough fracture is investigated experimentally.
The rough surface of fracture is generated synthetically based on the fractal dimension (D) …

This paper experimentally evaluated the influences of the surface roughness and boundary
load on the nonlinear flow behavior of real three-dimensional rock fractures. The rough …

The structure of fractures in nature rock appears irregular and induces complicated seepage
flow behavior. The mechanism and quantitative description of fluid flow through rock …

The effects of fracture roughness and geometric morphology of void space between two
fracture walls on nonlinear fluid flow through rock fractures were investigated by performing …

Abstract Three-dimensional (3D) morphology of rock fracture has a great influence on its
hydraulic behavior. To experimentally investigate the 3D roughness dependent non-linear …

The existence of surface roughness, various contact conditions and the occurrence of flow
nonlinearity make the flow process in natural rock fractures more complicated. To evaluate …

Non-linear flow behavior in rough fractures with shear dislocations is numerically
investigated in this study with the validated multi-relaxation time lattice Boltzmann method …

This study investigates the roles of fracture roughness, normal stress and shear
displacement on the fluid flow characteristics through three-dimensional (3D) self-affine …

The investigation of fluid flow in fractured rocks is a key issue in underground engineering.
Three sandstone specimens with different roughnesses were generated by Brazilian …

A series of laboratory experiments on water flow through rough fractures was performed
using self-designed experimental devices to investigate the effect of fracture roughness on …