SPEAKERS |
Speakers |
Prof. Danqing Song South China University of Technology，China | Profile:Danqing Song is the Deputy Director of the Office of Development Strategy and Planning at the South China University of Technology (SCUT), China. He is also a professor at the School of Civil Engineering and Transportation (SCUT), Secretary General of the ICGdR Division, and a young editorial board member of 10 journals. His main research areas include the dynamic effects of rock mass structures, rock mass dynamic catastrophic damage, geological disaster monitoring and early warning, prevention and control, and intelligent construction of underground engineering. He has published 116 SCI papers. He has received 12 provincial and ministerial-level important science and technology awards. He has presided over 15 national and provincial research projects. Title: Disaster Mechanism, Monitoring, Early Warning, and Prevention Technology of Hydro-Dynamic Coupling of Complex Rock Slope |
Researcher Wen Nie State Key Laboratory of Safety and Health for Metal Mines,China | Profile: As a researcher for the State Key Laboratory of Safety and Health for Metal Mines, Wen Nie holds a PhD from the Technical University of Munich, Germany. Embracing extensive overseas study and work experience, he has dedicated himself to the research and development of intelligent mines, geological disaster prediction and early warning, and related intelligent equipment. He has presided over the General Project of the National Natural Science Foundation of China, the International Key Program, Subtopics of the 14th Five-Year National Key Research and Development Program of China, Key Projects of the Academician Consultation of the Chinese Academy of Engineering, Major Scientific and Technological Special Projects of Anhui Province, and projects entrusted by well-known enterprises, etc. He has published more than 40 SCI-indexed innovative papers and over 20 EI-retrieved papers, securing more than 20 national invention patents. His accomplishments are evidenced by one first prize and four second prizes of the Provincial Science and Technology Progress Award, one gold prize of the National Invention Exposition, and ten Science and Technology Progress Awards of the Association. Title: Research and Application of Inspection Robot in Flood Discharge Culvert of Tailings Pond: A Case Study of the Luohe Tailings Dam in Anhui Province |
Prof. Zhizeng Zhang North China University of Water Resources and Electric Power, China | Profile: Zhizeng Zhang serves as the academic and technical leader in the Henan Provincial Department of Education, a young backbone teacher of higher education institutions in Henan Province, and a registered geotechnical engineer. Boasting substantial experience in teaching and scientific research in civil engineering and water conservancy, he has provided technical services for major national projects such as Xiluodu Hydropower Station, Jinping I Hydropower Station, Huangdao Underground Water-Sealed Cavern, etc. He has published more than 50 papers and chaired/participated in more than ten national, provincial, and ministerial scientific research projects, earning him five provincial and ministerial scientific research awards. Title: Study on the Basic Theories of Displacement Inverse Analysis in the Transversely Isotropic Rock Mass |
Prof. Zhen Wang Nanjing University of Science and Technology, China | Profile: Professor Zhen Wang (1987-) graduated from Tongji University’s Department of Underground Architecture and Engineering. Presently, he serves in dual roles as the Secretary and Deputy Director of the Engineering Safety Protection Technology Research Institute at Nanjing University of Science and Technology. Additionally, he is a Council Member of both the Design Method Branch of the Chinese Society for Rock Mechanics & Engineering and the Jiangsu Society for Rock Mechanics & Engineering. In recent years, Professor Wang has dedicated his research to underground engineering protection, specifically exploring explosion resistance of underground structures, disaster prevention and mitigation in underground engineering, and emergency repair and construction methodologies. His efforts have been recognized through the successful acquisition of funding for various projects, including one National Natural Science Foundation of China (NSFC) Excellent Young Scientists Fund Project, one NSFC Youth Science Fund Project, one NSFC General Program Project, six military key research projects, and over ten additional projects. His academic contributions include over 40 published papers, 22 national patents, four authored academic books, and prestigious awards such as the First Prize for National Defense Science and Technology Progress, the First Prize for Science and Technology Progress of Henan Province, and the Second Prize for Science and Technology Progress in Urban Rail Transit. Title: Underground Explosion-Resistant Wave Attenuation Structures |
| Dr. Chunlei Xin focuses on the teaching and research work in the field of seismic dynamic interaction between geotechnical engineering and underground structure engineering. He established the damage mechanics model of tunnel lining structure across the stick-slip fault zone, and revealed the mechanism of the effect of near-fault ground motion on the damage of trans-fault high-speed railway tunnel lining, and proposed post-earthquake safety criteria for traffic tunnel lining structure and fault (surrounding rock) system, and defined the multi-stage toughness damping mechanism of cross-fault high-speed railway tunnel lining under the synergistic action of fault dislocation and strong earthquake. Meanwhile, He explored the principle of rapid post-earthquake assessment of multistage toughness damping system of cross-fault high-speed railway tunnel lining, and expounded the anti-damping measures of traffic tunnel lining structure and the sustainable performance and optimization strategy of the system. The research results have been highly evaluated by many well-known scholars in the field at home and abroad, and provide a solid theoretical foundation and reliable technical scheme for the prediction, assessment and prevention of hydraulic-dynamic coupling disasters in rock tunnel and rock slope, and have a wide range of application prospects and social and economic benefits. Dr. Chunlei Xin is the member of International Consortium on Geo-disaster Reduction (ICGdR) and the member of NSF Network for Earthquake Engineering Simulation (NEES). Dr. Chunlei Xin is also on the editorial board of Resulting in Engineering, Deep Resources Engineering, Earth Sciences, Energy & Environment, and Deep Underground Science and Engineering, etc. Title: Seismic Resilience Analysis of High-Speed Railway Tunnels Across Fault Zones Using Ensemble Learning Approach |
Assoc. Prof. Chunlei Xin Chengdu University of Technology, China |
