书籍详情
大坝安全保障
作者：赵二峰
出版社：河海大学出版社
出版时间：2023-10-01
ISBN：9787563076635
定价：¥89.00
内容简介
我国已建成9.8万余座水库大坝，具有数量多、分布广、坝型多、土石坝占比大、新坝型发展快、高坝数量多等特点。大坝安全事关国计民生及 重大公共安全，随着我国迈入发展的全新阶段，水库大坝也进入“建管并重”的新阶段。为此，本书总结分析了不同坝型的发展历程和典型大坝失事成因，介绍了地震影响效应、渗流控制措施、现场检查和监测分析方法，阐述了大坝安全管理和应急预案对保障工程正常运行的作用。全书共分八章，包括不同坝型发展历程、大坝失事分析、大坝事故及教训、地震对大坝性能的影响、大坝渗流控制、现场检查和监测分析、大坝安全管理和新时代中国水库大坝安全等内容。本书可作为水利水电工程、智慧水利、土木工程、安全工程等专业本科生和研究生教学月书，也可供大坝安全相关行业的工程技术人员和科研工作者参考。
作者简介
暂缺《大坝安全保障》作者简介
目录
1 Overview of Reservoir Dams
1.1 Dam Classification
1.2 Dam Engineering
1.2.1 Embankment Dam Types and Characteristics
1.2.2 Concrete Dam Types and Characteristics
1.2.3 Loading Conditions
1.3 Development of Concrete Face RockfiIl Dams(CFRD)
1.3.1 Typical Current Section of the CFRD
1.3.2 Summary of Historical Progress to Current Practice
1.4 Development of Concrete Dams
1.4.1 Concrete Dam Evolution during the 20th Century
1.4.2 Roller Compacted Concrete Dams
1.5 Development of Dam Construction Technology in China
1.5.1 Embankmcnt Dams
1.5.2 Gravity Dams
1.5.3 Arch Dams
1.5.4 Construction Technology
1.5.5 Treatment Technology of High Slopes
1.5.6 Anti.seismic Technology
1.5.7 Intelligent Technology
1.6 Areh Dams with Favorable MechanicaI Performance
1.6.1 Arch Dam Historical Background
1.6.2 Modern Arch Dams
1.6.3 Superhigh Arch Dams in China
1.7 Necessity of Dam Safety Research
2 Dam Failure Analysis
2.1 Embankment Dam Failure Analysis
2.1.1 Structural Characteristics of Embankment Dams
2.1.2 Loading Conditions and Related Failures
2.1.3 Mechanisms of Failure
2.1.4 Defect Mechanisms and Failure Modes
2.2 Concrete Dam Failure Analysis
2.2.1 Structural Characteristics of Concrete Dams
2.2.2 Concrete as Dam Material
2.2.3 Structural Damage of Concrete Dams
3 Historical Dam lncidents and Lessons
3.1 Introduction
3.2 Embankment Dam Failure Incidents
3.2.1 Internal Erosion on First Filling
3.2.2 Internal Erosion or Leakage in Service
3.2.3 External Erosion due to Flood Flow
3.2.4 Overtopping during Floods
3.3 Concrete Dam Failure Incidents
3.3.1 Sliding of Gravity Dams
3.3.2 Concrete Dams Subjected to Earthquakes
3.3.3 Dam Failures
3.3.4 Landslides
3.3.5 Dam Cracking
3.4 Lssons from Serious Incidents
3.4.1 Dam Behavior
1.1 Dam Classification
1.2 Dam Engineering
1.2.1 Embankment Dam Types and Characteristics
1.2.2 Concrete Dam Types and Characteristics
1.2.3 Loading Conditions
1.3 Development of Concrete Face RockfiIl Dams(CFRD)
1.3.1 Typical Current Section of the CFRD
1.3.2 Summary of Historical Progress to Current Practice
1.4 Development of Concrete Dams
1.4.1 Concrete Dam Evolution during the 20th Century
1.4.2 Roller Compacted Concrete Dams
1.5 Development of Dam Construction Technology in China
1.5.1 Embankmcnt Dams
1.5.2 Gravity Dams
1.5.3 Arch Dams
1.5.4 Construction Technology
1.5.5 Treatment Technology of High Slopes
1.5.6 Anti.seismic Technology
1.5.7 Intelligent Technology
1.6 Areh Dams with Favorable MechanicaI Performance
1.6.1 Arch Dam Historical Background
1.6.2 Modern Arch Dams
1.6.3 Superhigh Arch Dams in China
1.7 Necessity of Dam Safety Research
2 Dam Failure Analysis
2.1 Embankment Dam Failure Analysis
2.1.1 Structural Characteristics of Embankment Dams
2.1.2 Loading Conditions and Related Failures
2.1.3 Mechanisms of Failure
2.1.4 Defect Mechanisms and Failure Modes
2.2 Concrete Dam Failure Analysis
2.2.1 Structural Characteristics of Concrete Dams
2.2.2 Concrete as Dam Material
2.2.3 Structural Damage of Concrete Dams
3 Historical Dam lncidents and Lessons
3.1 Introduction
3.2 Embankment Dam Failure Incidents
3.2.1 Internal Erosion on First Filling
3.2.2 Internal Erosion or Leakage in Service
3.2.3 External Erosion due to Flood Flow
3.2.4 Overtopping during Floods
3.3 Concrete Dam Failure Incidents
3.3.1 Sliding of Gravity Dams
3.3.2 Concrete Dams Subjected to Earthquakes
3.3.3 Dam Failures
3.3.4 Landslides
3.3.5 Dam Cracking
3.4 Lssons from Serious Incidents
3.4.1 Dam Behavior
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