Instability Mechanisms and Disaster Prevention of Coal and Rock in Deep Underground Space

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51

authors

11

articles

Instability Mechanisms and Disaster Prevention of Coal and Rock in Deep Underground Space

10.4K

views

51

authors

11

articles

Editors

4

China University of Mining and Technology

University of Glasgow

China University of Mining and Technology

The University of Auckland

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About

Coal and rock in underground space have been substantially explored around the world, particularly through mineral resources and geothermal energy exploitation and geological carbon sequestration. With the depth increasing, the stress environment, solid-fluid interaction, and pore and fracture networks of underground coal and rock structures become more complex and variable, which causes associated disasters occurring more frequently.

This Research Topic aims to initiate a broader scientific discussion and facilitate a better understanding of instability mechanisms and disaster prevention of coal and rock in deep underground space.

We welcome Original Research and Review articles addressing the following themes that include, but are not limited to:

• Coal and rock disaster evolution process
• Coal and rock instability mechanisms
• Coal and rock dynamic disaster
• Coal and rock disaster prevention
• Experimental coal and rock testing
• Coal and rock fluid flow characteristics
• Coal and rock fluid interactions
• Risk identification and evaluation
• Monitoring and early warning

Coal and rock in underground space have been substantially explored around the world, particularly through mineral resources and geothermal energy exploitation and geological carbon sequestration. With the depth increasing, the stress environment, solid-fluid interaction, and pore and fracture networks of underground coal and rock structures become more complex and variable, which causes associated disasters occurring more frequently.

This Research Topic aims to initiate a broader scientific discussion and facilitate a better understanding of instability mechanisms and disaster prevention of coal and rock in deep underground space.

We welcome Original Research and Review articles addressing the following themes that include, but are not limited to:

• Coal and rock disaster evolution process
• Coal and rock instability mechanisms
• Coal and rock dynamic disaster
• Coal and rock disaster prevention
• Experimental coal and rock testing
• Coal and rock fluid flow characteristics
• Coal and rock fluid interactions
• Risk identification and evaluation
• Monitoring and early warning

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Editors

China University of Mining and Technology

University of Glasgow

China University of Mining and Technology

The University of Auckland

Impact

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Frontiers in Earth Science

Geoinformatics, Environmental Informatics and Remote Sensing

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Frontiers in Ecology and Evolution

Environmental Informatics and Remote Sensing

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Frontiers in Environmental Science

Environmental Informatics and Remote Sensing

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Frontiers in Marine Science

Environmental Informatics and Remote Sensing

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Frontiers in ICT

Environmental Informatics and Remote Sensing

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Frontiers in Applied Mathematics and Statistics

Environmental Informatics and Remote Sensing

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