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This book provides a detailed introduction to the mechanism of rockburst in extremely thick coal seam mining and explores the mechanical mechanism on why the critical depth of rockburst in extremely thick coal seam mining is significantly smaller than that in thin to thick coal seams, it also proposes targeted monitoring, warning, and treatment technologies. The prevention and control of coal mine rockburst is a global problem, attracting engineers and scientists from various disciplines such as mining, geology, geophysics, and civil engineering to conduct research. This book provides multiple…mehr

Produktbeschreibung
This book provides a detailed introduction to the mechanism of rockburst in extremely thick coal seam mining and explores the mechanical mechanism on why the critical depth of rockburst in extremely thick coal seam mining is significantly smaller than that in thin to thick coal seams, it also proposes targeted monitoring, warning, and treatment technologies. The prevention and control of coal mine rockburst is a global problem, attracting engineers and scientists from various disciplines such as mining, geology, geophysics, and civil engineering to conduct research. This book provides multiple case studies of rockburst accidents in mining of ultra-thick coal seams and provides a detailed analysis of the mechanisms and treatment technologies of each rockburst accident. It aims at graduate students, researchers, and on-site engineers who are interested in the mechanism of rockburst occurrence, monitoring, early warning, and treatment technology.

The translation was donewith the help of artificial intelligence. The present version has been revised technically and linguistically by the authors in collaboration with a professional translator.
Autorenporträt
Dr. Sitao Zhu, Associate Professor in School of Civil and Resource Engineering, University of Science and Technology Beijing. Dr. Zhu focuses on the research of the mechanism, monitoring, warning, and prevention of coal mine rockburst/earthquake occurrence. Hosted 5 projects including the National Natural Science Fund, Key R&D Program Tasks, and Postdoctoral Fund. Received over 20 provincial and ministerial level awards such as the China Association for Science and Technology Youth Talent Promotion, Green Mining Youth Science and Technology Award, and Hebei Province Science and Technology Progress Second Prize. Published over 30 SCI and EI papers by first/corresponding authors, and authorized 15 national invention patents and 6 software copyrights. Undertake over 40 horizontal projects for mining enterprises. The research results have been widely used in more than 20 rockburst / mine earthquake mines in China, such as super thick topsoil, super thick hard rock, super thick coal seam, multi coal seam and isolated island.