Water–rock interaction (WRI) is a topic of interest in geology and geotechnical engineering.
Many geological hazards and engineering safety problems are severe under the WRI. This …

The microscopic pore structure of sandstone gradually changes under long-term immersion,
resulting in dynamic changes in the mechanical and damage properties of sandstone, which …

Abstract High and Steep Dangerous Rocks (HSDRs) are widespread worldwide, and have
always been one of the hot research topics in the field of engineering geology. To enable …

Cyclic interactions between rocks and water have general significance and are particularly
relevant to engineering failures and geohazards. A comprehensive investigation of the multi …

Disturbance induced by stress relief has a significant effect on the laboratory properties of
rocks in high in situ stress regions. A better understanding of its mechanism can help …

Investigation of water-rock reactions effects on the shear strength of gypsum-bearing
mudstone is necessary for underground engineering design and assessment of engineering …

As a consequence of seasonal variations in groundwater level and reservoir water level,
natural rocks generally experience the cyclic wetting-drying process, in which the change in …

The degradation of mechanical characteristics of sandstone, a common engineering
material in acid environment, is directly related to the project service life forecast. In order to …

The creep behavior of the rock mass in an anchoring section affects the control effect of the
stabilizing piles and the long-term stability of the landslide-stabilizing pile system …

A complex and changeable water environment is a key factor for safe rock engineering.
Variations in water distribution and pressure pose serious challenges in evaluating rock …