Water inrush is one of the most dangerous disasters in coal mining. Due to the large-scale
mining and complicated hydrogeological conditions, thousands of deaths and huge …

This study presents a hybrid model based on the particle swarm optimization (PSO)
algorithm and a long short-term memory (LSTM) neural network. PSO can determine the …

Intense precipitation infiltration and intricate excavation processes are crucial factors that
impact the stability and security of towering and steep rock slopes within mining sites. The …

The problem considered in this paper is for the stability evaluation of a rectangular tunnel in
undrained clay during lining process. The approach adopted involved the use of …

Predicting groundwater inflow into tunnels is essential to ensure the safe accessibility and
stability of underground excavations and to attenuate any associated risks. Such predictions …

The complicated interaction between seepage field and stress field of tunnels in water-rich
region has an important impact on the stratum deformation stability, structural safety …

In complex hydrogeological environments, it is difficult to achieve a dynamic equilibrium
state for the recharge, seepage, and discharge of tunnel groundwater. Especially in case of …

The discrete fracture network (DFN) model is applied for fluid flow and transport simulations
in fractured rock masses. In this study, a novel two-dimensional fractal DFN generation …

Determining the statistically homogeneous regions is important for engineering geological
modeling and promoting systematic research on regional rock mass characteristics and rock …

To study the influence of fracture dip angle on the mechanical properties and fracture
evolution mechanism of granite under triaxial stress state, MTS 815 mechanics test system …