In view of the demand for the research on the transport resistance characteristics and mechanical properties of CPB under the influence of temperature effect, the book comprehensively describes the studies on rheological and mechanical properties of CPB materials used in underground metal mines. This book covers a wide range of topics, including a new definition of CPB, past participation and flow-induced corrosion of pipeline under the constant temperature condition, multiphysics processes in CPB and the associated consolidation process, the variation of rheological parameters and transport resistance, prediction model for rheological properties, mechanical behavior and properties of CPB and fiber-reinforced CPB, and control technology to reduce the adverse effect of temperature. Therefore, an academic framework for the transport resistance characteristics and mechanical properties under the temperature effect was established in this book.
1. Introduction
2. New Definition of Cemented Paste Backfill
3. Multiphysics Processes in CPB under Isothermal Curing Condition
4. Prediction Model of Rheological Properties of CPB
5. Flow-induced Corrosion of Paste Pipeline under Constant Temperature
6. Effect of Temperature on Transport Resistance of CPB
7. Effect of Initial Temperature on the Evolution of Mechanical Properties of CPB
8. Effect of Curing Temperature on the Mechanical Behaviour and Properties of Fiber-reinforced CPB
9. Control Technology for the Adverse Effect of Temperature on Mechanical Behaviour of CPB
Yong Wang is currently an associate professor of mining engineering at the University of Science and Technology Beijing, member of All-China Environment Federation, youth member of the Chinese Society of Rheology, Secretary-General of ZHONGGUANCUN Green Mine Industry Alliance, Youth editorial committee member of the International Journal of Minerals, Metallurgy and Materials, youth associate editor of Mining Technology, editorial member of Gold, member of the academic committee of youth experts of the Metal Mine. Dr. Wang received his B.S., M.Sc. and Ph.D. degrees from the University of Science and Technology Beijing. Dr. Wang was a visiting scholar at the University of Ottawa, Canada, and also has postdoctoral research experience. Dr. Wang has been engaged in the study of cemented paste backfill for metal mines. Dr. Wang has presided over 12 longitudinal projects, including the National Key R&D Program of China and The National Natural Science Foundation of China (2 projects). Dr. Wang has published 44 SCI and EI indexed papers. 41 patents were applied and 26 patents were authorized. Two national standards (all ranked second) and one group standard (ranked third) were prepared. The applicant has won 3 provincial ministerial special awards (ranked 1st in one award) and 4 provincial first prizes (ranked 2nd in both awards). The applicant is the winner of the Outstanding Youth of All-China Environment Federation (8 people nationwide), the Excellent Youth in the National Mining and Petroleum Safety Field (12 people nationwide), and the winner of the Youth Science and Technology Award for Green Mines. Dr. Xiao's research interests include metallurgical solid waste utilization, backfill binder materials, and green past-fill technologies. He has published over 40 journal articles and authorized more than 10 patents. Parts of his research findings have been applied in some mine companies such as Jinchuan Group, HBIS Group, and ANSTEEL.
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