Triaxial failure behavior and microfracture source time–frequency characteristics of marble under in situ stress conditions at different depths considering engineering …

Z Yang, R Zhang, T Ai, Y Lv, Z Zhang, J Xie, M Li… - Measurement, 2024 - Elsevier
The safety of the surrounding rock in deep underground engineering is crucial. To
understand the surrounding rock hazards at different depths of the Jinping underground …

[HTML][HTML] Impact of injection rate on smooth and rough fracture activation in granite: Laboratory-scale acoustic emission analysis

R Jiang, K Duan, Y Ji, Q Zhang, L Wang… - Journal of Rock …, 2024 - Elsevier
This study aims to understand the effect of injection rate on injection-induced fracture
activation in granite. We performed water injection-induced slip tests on samples containing …

Thermomechanical response and crack evolution of sandstone at elevated temperatures

AR Roul, V Vishal - Geomechanics for Energy and the Environment, 2024 - Elsevier
Understanding the thermomechanical response of rock at high temperatures is crucial for
various energy applications such as underground coal gasification and geothermal systems …

[HTML][HTML] A New Model to Predict Mudstone Failure Behavior from Brittle to Ductile Caused by Confining Pressures

S Wang, K Xu, W Zhao, X Fu, X Lu, Z Song - Processes, 2025 - mdpi.com
Understanding the failure behavior and mechanisms of mudstone is very important for
engineering applications. While confining pressures play an important role in mudstone …

[HTML][HTML] Optimization and Numerical Verification of Microseismic Monitoring Sensor Network in Underground Mining: A Case Study

C Hou, X Li, Y Chen, W Li, K Liu, L Dong, D Sun - Mathematics, 2024 - mdpi.com
A scientific and reasonable microseismic monitoring sensor network is crucial for the
prevention and control of rockmass instability disasters. In this study, three feasible sensor …