Accurately predicting geologically rock loading phases under varying water levels is crucial
to prevent rock engineering operations from severe geological hazards. Acoustic emission …

Rock damage and fracture are the fundamental causes of coal mine dynamic disasters such
as coal and gas outbursts, rock bursts, and mine water inrush. It is also one of the basic and …

Most existing deformation warning methods for the safety of surrounding rock rely on
empirical index or complicated numerical simulation and are unable to accurately and …

This paper examines the composition and characteristics of loaded coal-rock temperature
collected directly. And a new denoising algorithm for loaded coal-rock temperature is …

The use of infrared radiation technology for monitoring rock stability and failure has been a
common practice. However, the presence of groundwater significantly compromises the …

Rock failure is the root cause of geological disasters such as slope failure, civil tunnel
collapse, and water inrush in roadways and mines. Accurate and effective monitoring of the …

The significant increase in energy demand will inevitably boost the exploitation of natural
resources. The exploitation of resources including coal, oil, geothermal, natural gas, shale …

When the coal-rock is loaded, the radiation field changes to produce weak radiation, which
is easily perturbed by the environment. In this article, the preprocessing method combining …

The brittleness index is one of the most integral parameters used in assessing rock bursts
and catastrophic rock failures resulting from deep underground mining activities. Accurately …

To address the issue of sudden water hazards encountered during coal mine roadway
excavation, infrared monitoring experiments were conducted on coal seam walls at water …