To investigate the intrinsic association between geometrical properties and permeability of
anisotropic fractured media, a methodology of geological entropy is applied to anisotropic …

Fractured media have been extensively studied due to their significant impact on hydraulic
properties of subsurface systems. However, accurately modeling and simulating flow and …

Rock salt cavities are commonly utilized for underground gas energy storage on a big scale
due to their characteristics of low permeability and low porosity. Salt cavern wellbore leaks …

The presence of fractures in porous media strongly influences the fluid flow behavior. This
work presents an efficient and simple numerical model to address the hydrodynamic …

Characteristics of stress‐dependent properties of rocks are commonly described by
empirical laws. It is crucial to establish a universal law that connects rock properties with …

Monitoring of the mechanical behavior of underwater shield tunnels is vital for ensuring their
long‐term structural stability. Typically determined by empirical or semi‐empirical methods …

Anomaly diagnosis is essential to prevent disasters and ensure long-term stable operation
of tunnels. However, the diversity and scarcity of abnormal data make it difficult to identify …

Despite extensive research on computational geomechanics and fluid dynamics, accurately
simulating convection-diffusion (CD) processes in complex fractured systems remains a …

Large-scale and heavily jointed rocks have inherent planes of anisotropy and secondary
structural planes, such as dominant joint sets and random fractures, which result in …

The geometric properties of fracture surfaces significantly influence shear-seepage in rock
fractures, introducing complexities to fracture modelling. The present study focuses on the …