工程结构耐久性是工程结构可靠性的重要分枝，本书是在吸取国内外近年来工程结构耐久性的相关研究成果、国内先后发布的耐久性相关标准规范，以及教学实践经验的基础上，遵循理论结合工程实际、系统性与先进性并重的原则进行编写的。全书着重论述工程结构耐久性的基本概念、理论、原则、方法及其工程应用，主要内容包括：绪论、腐蚀性环境分类与环境作用等级、混凝土结构的腐蚀机理、混凝土结构耐久性检测与试验方法、既有混凝土结构的耐久性评估、混凝土结构的腐蚀防护、混凝土结构的耐久性设计。

PREFACE
PREAMBLE
Chapter 1 Introduction
1.1 Concept of durability
1.2 Structure durability
1.3 Durability research history
1.4 Main contents of durability research
1.4.1 Research on the environment level
1.4.2 Research on the material level
1.4.3 Research on the component level
1.4.4 Research on the structure level
1.5 Direction of durability research
Questions
Chapter 2 Corrosive Environment Classification and Environmental Effect Level
2.1 Typical corrosive environment
2.1.1 General atmospheric environment
2.1.2 Off hore and marine envimonment
2.1.3 Cold environment
2.1.4 Sulfate corrosion environment
2.1.5 Industrial corrosive environment
2.2 Environmental classification and environmental effect level
2.2.1 Code for the design of concrete structures
2.2 Durabilitv design standards for concrete structures
2.2.3 Code for corrosion protection design of industrial buildings
2.2.4 Code for durability design of concrete structures of highway engineering
2.2.5 Code for durability design of railway concrete structures
2.2.6 Durability design standard of water transport engineering structure
2.3 Durabilitv zoning
2.3.1 Climate zoning of China
2.3.2 Durability environmental zoning
Questions
Chapter 3 Corrosion Mechanism of Concrete Structures
3.1 Composition of hardened cement concrete
3.1.1 Hardened cement paste
3.1.2 Interface transition zone
3.1.3 Pores and micro fractures
13.2 Corrosion mechanism of concrete materials
3.2.1 Carbonization
3.2.2 Acid rain erosion
3.2.3 Chloride ion erosion
3.2.4 Freeze-thaw action
3.2.5 Sulfate attack
3.2.6 Alkali aggregate reaction
3.3 Corrosion mechanism of reinforcement in concrete
Questions
Chapter 4 Durability Test and Test Method of Concrete Structure
4.1 Environmental investigations
4.1.1 Meteorological environment investigation
4.1.2 Work environment investigation
4.2 Durability testing and test methods for structural concrete
4.2.1 Test for concrete strength
4.2.2 Measurement for concrete cover thickness
4.2.3 Measurement for concrete carbonation depth
4.2.4 Test for concrete permeability
4.2.5 Determination for chloride ion content in concrete
4.2.6 Determination of sulfate content in concrete
4.2.7 Test for concrete carbonization
4.2.8 Test for resistance of concrete to freezing
4.2.9 Test for resistance of concrete to sulfate attack
4.2.10 Test for an alkali-aggregate reaction
4.2.11 Test for chloride ion penetration of fiber reinforced concrete
4.3 Measurement and test method for structural steel bar corrosion
4.3.1 Half-cell potential method
4.3.2 Concrete resistivity method
4.3.3 Linear polarization resistance method
4.3.4 AC impedance spectroscopy
4.3.5 Comparison of common electrochemical measurement methods
4.3.6 Corrosion test of steel ba
4.4 Project instances
4.4.1 Concrete stnucture of an industrial building
4.4.2 Prestressed concrete hollow slab of the old bridge
Questions
Chapter 5 Durability Assessment of Existing Concrete Structures
5.I Reliability appraisal of civil buildings
5.2 Reliability appraisal of industrial buildings
5.2.1 Basic rules
5.2.2 Inspection, analysis, and check
5.2.3 Rating the serviceability of member
5.2.4 Rating the serviceability of structural systems
5.2.5 Appraisal rating of industrial buildings and structures
5.3 Durability assessment of concrete stnicture
5.3.1 Durability appraisal criteria and investigation of service conditions
5.3.2 Durability assessment of steel bar corrosion in the atmosphere
5.3.3 Evaluation of durability of steel bar in chloride corrosive environment
5.3.4 Durability assessment of members, set of members, and