This book is a comprehensive and in-depth research work that delves into the critical area of disaster prevention and mitigation strategies for infrastructure. It provides a wide range of sectors, including water conservancy, bridges, roads, tunnels, and power infrastructure, providing a holistic view of the challenges and solutions in ensuring the resilience and safety of these essential facilities.

This book, divided into eight sections, systematically explores infrastructure dimensions from design to material research. Initial sections establish safe design and disaster prevention principles, emphasizing durable infrastructure. Practical strategies for construction quality are provided through project analysis. The middle sections delve into concrete materials and structures, detailing performance characteristics and mix optimization, crucial for engineers. The concluding sections focus on water conservancy, highlighting its role in disaster prevention and the benefits of integrating advanced technologies for project development and management.

The book is not only a valuable resource for academic researchers but also a practical guide for engineering technicians and professionals in the field. For scholars and practitioners engaged in related research and development, this book is an indispensable addition to their reference library, providing a comprehensive and up-to-date overview of the latest trends and technologies in infrastructure disaster prevention and mitigation.

Thoroughly examines on infrastructure Proposes a series of disaster prevention Provides by advances scholar

Autorentext

Peng Zhang is a distinguished professor at Zhengzhou University and an academic and technical leader in Henan Province. He is a recipient of the Outstanding Youth Fund in Henan Province and recognized as a talent in Central Plains Water Conservancy. He is a director of the Civil Engineering Division of the China Composite Materials Society, a member of the Committee on Inspection, Repair, and Strengthening of Hydraulic Concrete Structures of the China Dam Engineering Society, a member of the Fiber Concrete Committee of the China Civil Engineering Society, and a member of the Rock Fracture Mechanics Committee of the China Dam Engineering Society.

Jianwei Zhang, Ph.D., is a professor and currently serves as the Deputy Secretary of the Party Committee and Executive Dean of the School of Civil Engineering and Architecture at Henan University. His main research areas include environmental geotechnical engineering, microbial reinforcement technology for soils, and pile foundation engineering. He has published 63 academic papers, with 29 indexed in SCI and EI, authored or edited five academic monographs and textbooks, and holds eight national patents.

Lei Zhang is a senior engineer and serves as the Deputy Director (acting) of the Engineering Reinforcement and Anti-Corrosion and Wear Research Lab at the Institute of Engineering Mechanics, Yellow River Hydraulic Research Institute. He has supported and completed over 40 technology promotion projects for abrasion repair techniques for hydraulic concrete and hydraulic machinery at hydropower stations such as Sanmenxia, Wanjiazai, Xiaolangdi, Dadu River, and Mudanjiang, as well as pumping stations like Guhai Yangshui and Hohhot Water Supply. He has published over 60 articles, of which more than 30 are indexed by SCI/EI/CPCI, and has authored or translated four monographs.

Hui Qian is a distinguished professor, doctoral supervisor, and head of the Department of Civil Engineering at Zhengzhou University. He is also the director of the Institute of Resilient Structures and Disaster Prevention and Mitigation, the director of the Engineering Technology Research Center for Resilient Construction and Intelligent Disaster Reduction in Cities along the Yellow River in Henan Province, and the leader of the "High-Performance Structures and Earthquake Resistance Research Team," which is a science and technology innovation team at Henan Province universities. To date, he has published more than 100 academic papers, of which over 80 are indexed in SCI and EI.

Rui Pang holds a Ph.D. in engineering and is a professor and doctoral supervisor. He graduated from Southeast University with a doctoral degree in January 2012. Currently, he serves as the Deputy Director of the Science and Technology Department at Henan University of Technology. He has published over 80 research papers, of which more than 40 are indexed in SCI and EI. He has been granted 11 national invention patents and over 10 utility model patents. He has served as the chief editor of one national electrical industry standard in the field of energy, and he has co-edited two standards for the China Engineering Construction Standardization Association (CECS) and contributed to three CECS standards and two local standards. He has also authored or co-authored three textbooks.

Inhalt

Section One: Disaster Prevention and Mitigation Design and Research.- Random Dynamic Reliability of Inter-story Isolation Structure.- Stability Analysis and Support Design of Left Bank Slope in the Front of Kala Hydropower Dam.- System probabilistic stability analysis of slopes using Gaussian process regression via structured meshing of Finite element method.- Study on Drainage Design of Large-span Heavy Load Roof in Cold Area.- Wind-resistant Design of a Complicated Multi-tower Super Tall Building.- Design and Aplication of Intelligent Flood Control System during the Construction Period of Navigation and Hydropower Junction.- Landslide Stability Analysis and Support Program Design for Huangzhuang Village.- Landslide Stability Analysis and Support Program Design for Mufota Village.- Stability analysis and design of support scheme for the landslide in Zhanshi Gully.- Research on the Design Method of Long-Span Continuous Steel Box Girder.- Demolition Scheme Design of a Three-span Continuous Box Girder Bridge.- S ection Two: Disaster Prevention and Mitigation for Infrastructure.- Study on the Pavement Performance of Demolished Waste Lime Soils Restabilized with Lime.- Weight Correction of Bridge Substructure in Underwater Environment Based on Analytic Hierarchy Process.- Seismic Performance Analysis of High Pier Continuous Rigid Frame Bridge in High Seismic Zone.- Numerical Simulation of Reservoir Dredging.- Numerical simulation study on the influence of deep foundation pit construction in weak sand layer on existing bridges.- Study on the Limit State Reliability Indices of Bridge Piers under Chloride Ion Erosion and Freeze-Thaw Environments.- Structural Analysis of Different Combined-System Bridges with Cable-Stayed Bridge without back cables.- Experimental Study on Pre-Strengthening of Large Section Water-Rich Loose Sandstone Tunnel by Horizontal Rotary Jet Pile.- Stability Analysis of Mixed Granite Highway Slope under Disturbance and Rainfall.- Analysis of external water pressure distribution in deep-buried tunnels under complex geological conditions.- Seismic Performance of Prefabricated End-reinforced Socket Bridge Piers.- Seismic Response of Continuous Girder Bridges Considering Pounding between the Girder and Abutment under Near-fault Ground Motions.- Study on Bridge Damage Identification Based on Contact Point Acceleration Response and Variational Mode Decomposition.- Calculation of Flow Rate in the Three Gorges Reservoir Area and Tts Impact on Sedimentation in the Reservoir Area.- Three-dimensional Numerical Simulation Assessment of Damage Behavior of Road Tunnels with Different Void Directions behind the Lining.- Mechanism of Strength Formation and Composition Design of Fly Ash and Carbide Slag Stabilised Mine Solid Waste Roadbase with Full Solid-waste Reusing.- Development and Application of Multi-Parameter Monitoring Equipment for TBM Tunnel Surrounding Rock.- Safety Protection Technology and Its Application in Urban Road …