Understanding the response mechanism of multiparameter rock fractures can improve the
accuracy of crack diagnosis. In this study, three types of rock samples with notches were …

In this paper, the Tongkaiyu ore-rock is taken as the research object, aiming to analyze the
fracture characteristics of the mixed type I, II and I–II faults in ore-rock by using the …

The fracture network of hydraulic crack is significantly influenced by the bedding plane in
coalbed methane extraction. Under mode II loading, crack deflection holds a key position in …

Coal and rock dynamic disasters occur frequently in deep coal mining. The loading rate
affects the mechanical properties and behaviors. Uniaxial compression acoustic emission …

The influence of geometric configurations and loading modes is a bottleneck that restricts
the accurate determination of rock fracture parameters and the precise understanding of …

Tensile and shear failure are the main damage modes of rocks in geotechnical engineering.
To investigate the energy evolution and failure characteristics of coarse-grained sandstone …

The frequency of dynamic disasters is escalating in deep coal mining, with an increasing
number of disasters induced by the combined static and dynamic loading. To investigate the …

The coal and rock dynamic disasters occur more and more frequently in deep mining, which
is tightly correlated to the instability of coal pillars under high stress and cyclic disturbance …

In engineering practice, layered rock masses often display obvious anisotropy while
deforming and failing, and the failure mode directly impacts the engineering construction …

To study the variation laws of the mechanical properties of coal with different oxidation
degrees, coal samples were subjected to constant temperature oxidation at 80° C, 120° C …