Dr Zhu Bin has consistently dedicated his research to the theoretical and technical study of controlling the harmful effects of dynamic blasting in complex and sensitive geotechnical environments. Grounded in civil engineering, blasting engineering, and various domestic and international scientific frontiers and hotspots, he identifies practical engineering challenges. Focusing on key scientific issues within geotechnical engineering, blasting engineering, and underground space development, he has conducted comprehensive research encompassing in-depth indoor and outdoor experiments, numerical simulations, and theoretical analysis. His achievements encompass the propagation patterns and action characteristics of blasting wave loads, the dynamic response characteristics and failure mechanisms of underground structures and interfaces under blasting forces, and the development of numerical simulation methods for structural and interface dynamic properties. He has published over 20 academic papers and led three government-funded research projects alongside four industry-sponsored research and production projects.
Dr Zhu Bin has consistently dedicated his research to the theoretical and technical study of controlling the harmful effects of dynamic blasting in complex and sensitive geotechnical environments. Grounded in civil engineering, blasting engineering, and various domestic and international scientific frontiers and hotspots, he identifies practical engineering challenges. Focusing on key scientific issues within geotechnical engineering, blasting engineering, and underground space development, he has conducted comprehensive research encompassing in-depth indoor and outdoor experiments, numerical simulations, and theoretical analysis. His achievements encompass the propagation patterns and action characteristics of blasting wave loads, the dynamic response characteristics and failure mechanisms of underground structures and interfaces under blasting forces, and the development of numerical simulation methods for structural and interface dynamic properties. He has published over 20 academic papers and led three government-funded research projects alongside four industry-sponsored research and production projects.