AbstractThis paper provides a theory of coal and rock rheological electromagnetic radiation coupling based on the generalized original model by using theoretical analysis, numerical simulation, field test and analysis of the coal rock material damage characteristics and strength statistics. On this basis, the software FLAC was used to simulate the roadway creep strain condition of # 2218 of Chengzhuang Coal Mine, and a research of electromagnetic radiation test on the tunnel was conducted. The practical testing results agree well with the analysis of theory. The results make contributions to the research on the usage of electromagnetic radiation and other disasters
Roadway rockbursts seriously restrict the safety production of coal mines; however, the interaction ...
In this paper, a novel coupled elastoplastic damage model for coal-rock is proposed to predict the d...
The issue of water hazards has led to the restriction of safe and efficient coal mine production in ...
Based on the understanding that charges generated during coal cracking are due to coal particle fric...
AbstractThe mechanical characteristics and electromagnetic emission rules during the uniaxial compre...
AbstractHazard forecast of coal and gas outburst was an important step of comprehensive outburst-pre...
The article investigates the nature of changes in the level of radiation and absorption of electroma...
AbstractTaking the small fault as research background, which existence ahead of fully mechanized coa...
Dynamic loads provided by the SHPB test system were applied to coal specimens, and the TEM signals t...
AbstractUsing the electromagnetic emission of coal-rock testing system, the relation between load ch...
A coal-rock uniaxial compression experimental investigation was conducted in laboratory. Electromagn...
AbstractThe acoustic emission technique is used to research the deformation and the failure process,...
Rock burst is one of the major dynamic disasters that directly threaten production safety in coal mi...
During the mining of the shallow-buried and close-distance multiple coal seam, the rheological failu...
ABSTRACT: A coal-rock uniaxial compression experimental investigation was conducted in laboratory. E...
Roadway rockbursts seriously restrict the safety production of coal mines; however, the interaction ...
In this paper, a novel coupled elastoplastic damage model for coal-rock is proposed to predict the d...
The issue of water hazards has led to the restriction of safe and efficient coal mine production in ...
Based on the understanding that charges generated during coal cracking are due to coal particle fric...
AbstractThe mechanical characteristics and electromagnetic emission rules during the uniaxial compre...
AbstractHazard forecast of coal and gas outburst was an important step of comprehensive outburst-pre...
The article investigates the nature of changes in the level of radiation and absorption of electroma...
AbstractTaking the small fault as research background, which existence ahead of fully mechanized coa...
Dynamic loads provided by the SHPB test system were applied to coal specimens, and the TEM signals t...
AbstractUsing the electromagnetic emission of coal-rock testing system, the relation between load ch...
A coal-rock uniaxial compression experimental investigation was conducted in laboratory. Electromagn...
AbstractThe acoustic emission technique is used to research the deformation and the failure process,...
Rock burst is one of the major dynamic disasters that directly threaten production safety in coal mi...
During the mining of the shallow-buried and close-distance multiple coal seam, the rheological failu...
ABSTRACT: A coal-rock uniaxial compression experimental investigation was conducted in laboratory. E...
Roadway rockbursts seriously restrict the safety production of coal mines; however, the interaction ...
In this paper, a novel coupled elastoplastic damage model for coal-rock is proposed to predict the d...
The issue of water hazards has led to the restriction of safe and efficient coal mine production in ...