Research on the plastic shear deformation of rock discontinuities is essential to the structural
design of rock engineering, and the yield point is an important indicator for plastic shear …

The mechanical behavior and constitutive relation of rock joints have caught more and more
attention in the field of geotechnical engineering. The disturbed state concept (DSC) theory …

Pre-existing fractures in rock engineering significantly affect the entire structural stability. To
deepen the understanding of the fracture mechanism of fractured rocks under shear loading …

Accurately evaluating fracture conductivity is key to optimizing the shale fracturing process.
However, the influence of fracture morphology on conductivity remains unknown due to the …

The peak dilation angle is an important mechanical feature of rock discontinuities, which is
significant in assessing the mechanical behaviour of rock masses. Previous studies have …

Since each rock type represents different deformation characteristics, prediction of the
damage beforehand is one of the most fundamental problems of industrial activities and rock …

The morphology of the joint surface is multi-scale, and it can be divided into first-order
asperity (waviness) and second-order asperity (unevenness). At present, the joint roughness …

The pre-peak shear stress-displacement curve is an important part of the study of the shear
mechanical behavior of rock joints. Underpinned by the Haldane distribution, a new semi …

The use of recycled aggregates as raw materials in mortar and concrete can not only
achieve the effective use of renewable resources but also achieve environmental …

The shear mechanical properties of rock joints are crucial in assessing the stability and
safety of rock structures, including slopes, rock dams, and tunnels. The yield stress serves as …