The frequent occurrence of rockburst accidents caused by the fracture of hard roof strata with
the increase in mining depth has made it necessary to investigate methods for preventing …

深部地质体应力场的复杂性可归因于高地温和高岩溶水压覆存环境中的岩体非线性特征和局部
构造应力场重构. 该文结合岩体在流-固-热多场耦合作用下的力学响应机制 …

This study offers novel insights into the Mode I tensile response of an alumina ceramic
through the use of computational modeling and the flattened Brazilian disk (FBD) …

To identify the magnitude and direction of in situ stress in deeply buried tunnels, an
inversion method for the stress field was proposed based on a finite number of …

The complexity of the stress field of deep geologic body can be attributed to the nonlinear
characteristics of the rock mass in highland and high karst water pressure overburden …

Sleeve fracturing is a promising but underused field method for estimation of maximum and
minimum horizontal stress in the subsurface. Similarly, the burst experiment is a laboratory …

In order to break through the limitation of the number of positioning stages of the traditional
ball-throwing staged fracturing sliding sleeve. Based on the theory of static magnetic field …

This study offers novel insights into the Mode I tensile response of alumina ceramics through
the flattened Brazilian disk (FBD) experiments and computational modelling. A modified …