Ground support is widely implemented to mitigate dynamic rock failures in underground
mines. This paper investigated the ground support requirements in burst-prone mines to …

Although the strength loss of natural stone materials was widely investigated in the previous
decades, the change law of pore structure characteristic and their correction with the …

The coupling problem of freeze-thaw (FT) treatment and cyclic loading is extremely
prominent for rock engineering in Tibetan Plateau, which has triggered many serious …

In this article, a series of laboratory experiments are carried out to investigate the coupled
hydro-mechanical failure, energy and permeability of fissured rock-like specimens under the …

A series of freeze–thaw (F–T) cycle and multilevel fatigue loading tests are carried out on
sandstone samples to explore rock mass's fracture behavior and energy evolution …

This work aims to investigate the fracture evolution and instability warning predication for the
fissure-contained hollow-cylinder granite exposed to multi-stage cyclic loads. The influence …

During blasting excavation of jointed rock slopes, the rock masses of the slopes often suffer
an abrupt change in displacement, which is called displacement mutation. This kind of …

This work aims to investigate the mechanical behaviour of medium-grained sandstones
under cyclic loading with different loading/unloading rates. This type of cyclic loading is …

The cavities left after engineering construction obviously affect the stability of underground
rock mass. Extensive studies have been devoted to investigate the mechanical behaviors of …

The interaction mechanism behind concrete damage induced by the combined effects of
freeze-thaw cycles and fatigue load (FTF) remains insufficiently understood. This study aims …