Safety Monitoring Theory and Application of Hydraulic Structures

Author: Wu Zhongru (Compiler)
Publisher:
Publish Date: 2003-01-01
Features: This book is recommended by the Graduate Education Office of the Ministry of Education as a teaching material for postgraduate studies. It systematically introduces the theory and application of safety monitoring for hydraulic structures. The book focuses on discussing the methods and mathematical models for analyzing prototype observation data, along with corresponding application examples. The book is divided into ten chapters, mainly covering forward analysis, inversion analysis, feedback analysis, as well as the expert system for comprehensive evaluation and its applications. Among them, Chapters 2 to 7 introduce the forward analysis of prototype observation data, including statistical methods and statistical models, time series analysis, grey system theory, fuzzy mathematics and its predictive models, deterministic models, and hybrid models, etc. Chapter 8 introduces the inversion analysis of prototype observation data, discussing the principles and methods of inversion analysis for parameters of concrete dams, earth-rock dams, and their foundation materials, as well as the temperature load of concrete dams. Chapter 9 introduces the feedback analysis of prototype observation data, mainly including the analysis of the causes and mechanisms of dam cracks, feedforward operation water levels, feedback analysis of the actual safety of concrete dams, and the formulation of dam safety monitoring indicators. Chapter 10 introduces the comprehensive evaluation expert system, including the framework of the expert system and the comprehensive evaluation expert system for the Longyangxia Dam. This book can be used as a graduate textbook for majors such as hydraulic structures, water conservancy and hydropower engineering, engineering mechanics, and safety engineering, as well as information engineering and other related fields. It can also serve as a reference for technical personnel engaged in the design, construction, operation management, and research of water conservancy and hydropower engineering, geotechnical engineering, and civil engineering.