Considering the linear energy dissipation law under uniaxial compression, a damage
characterization of rocks including the compression energy dissipation coefficient is …

Abstract Three-dimensional (3D) fluid flow and thermal transport modeling in discrete
fracture networks (DFNs) is critical for geothermal energy recovery from enhanced …

Rock masses in high-elevation or cold regions are vulnerable to the combined effects of
freeze-thaw (FT) weathering and dynamic mixed-mode loading, posing a serious threaten to …

Rockburst disasters seriously threaten the safety of deep coal mining. Electromagnetic
radiation (EMR) is a powerful means of rockburst monitoring and early warning. However …

In order to explore the evolution mechanism of water and mud inrush, based on the fluid‐
solid coupling similarity theory and a large number of matching tests, fault similar materials …

To examine the effect of bedding angle upon burst proneness in terms of energy, phyllites
with seven various bedding angles are selected for conventional uniaxial compression and …

Strength theory is the basic theory for calculating and designing the strength of engineering
materials in civil, hydraulic, mechanical, aerospace, military, and other engineering …

The slope at Zhahanur open-pit mine (China) has experienced significant and prolonged
deformation, posing a considerable risk to life and property within the mining area. To …

To understand the strengths of rocks under complex stress states, a generalized nonlinear
three-dimensional (3D) Hoek‒Brown failure (NGHB) criterion was proposed in this study …

Crack initiation stress (CI) is an important index of rock and the index of thermally damaged
rock under uniaxial compression is examined in this study. Methods for determining CI are …