In this study, combined with microseismic (MS) monitoring and numerical simulation, a novel
energy-based damage model is proposed for quantitatively predicting the surrounding rock …

In order to effectively and accurately control the existing adjacent tunnel deformation caused
by shield adjacent undercrossing construction, a hybrid intelligent framework for predicting …

One of the fundamental requirements in tunnel design is the prediction of failure
mechanisms. Besides, analyzing the ground hazards and their conditions is essential when …

The rheological deformation of soft rock resulting from tunnel excavation can lead to
significant construction and safety challenges. In this study, a multiphase numerical model …

The asymmetric deformation of surrounding rock in inclined coal seam roadway is serious,
and its stability is difficult to control. Based on the PU's arch theory and considering the …

In this study, uniaxial compression experiments were conducted of granite specimens
containing two preexisting fissures to investigate the effect of bolts on mechanical behaviour …

Due to improper operation of the shield construction process and unknown geological
surveys, shield construction faces many risks in passing through complex strata, among …

Deep buried tunnel has a complex stress environment and large stress level. At present, it is
difficult to dynamic monitoring for such tunnels. In order to make the safety evaluation and …

Due to the influence of composite strata, traditional monitoring and measurement cannot
accurately reflect the nonuniform deformation and corresponding local damage to tunnels …

Rock mass classification is an essential basis for evaluating the stability of surrounding rock
in tunnels and for determining reasonable construction methods and supporting parameters …