Understanding how fracture wall-roughness affects fluid flow is important when modeling
many subsurface transport problems. Computed tomography scanning provides a unique …

Fracture surface morphology significantly affects fluid flow in rock fractures and has attracted
considerable attention in many seepage-related fields. Fluid flow in rough-walled fractures is …

Macroscopic nonlinear flow, which is closely related to mesoscopic flow structures such as
vortices, is an important property of fluid flow and solute transport in rock fractures with a …

This study proposes a new fractal permeability model for fractured rocks that
comprehensively accounts for the geometric fracture characteristics and the fluid transport …

The understanding of flow and heat transfer in a rough fracture is not sufficient at present
due to the complexity of quantifying fracture geometry and the lack of experimental work …

A comprehensive nonlinear seepage simulation study for rough fractures remains
technically challenging due to the number of indoor tests and computational volume of …

Fractures in rock mass are the main flow paths and introduce as a most important attribute in
rock mass hydraulic behavior. The non-linear fluid flow through rock fractures was studied in …

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

A computed scanning technology was applied to measure fracture tomography, and three-
dimensional fracture meshes were established. Water flow experiments and simulations on …

The transport properties of complex fracture networks are of great significance to predicting
the subsurface flow. Tree-like fracture networks were generated according to the fractal …