1 Introduction to Composite Materials

1．1 Development of Composite Materials

1．2 Definition and Classification of Composite Materials

1．2．1 Definition of Composite Materials

1．2．2 Structure of Composite Materials

1．2．3 Classification of Composite Materials

1．2．4 Performance of Composite Materials

1．3 Reinforcing Theory of Composite Materials

1．3．1 Reinforcing Mechanism and Mixing Rule of Particle-Modified Composite Materials

1．3．2 Reinforcing Mechanism of One-Way Arrangement of Continuous Fiber-Reinforced Composite Material

1．4 Hydrothermal Effect of Composite Materials

1．5 Compatibility and Wettability of Matrix and Reinforcement

1．5．1 Compatibility

1．5．2 Wettability

1．6 Interface of Composite Material

1．6．1 Definition of Interface of Composite Material

1．6．2 Role of Interface Phase

1．7 Composition Effect

1．8 Design Content and Method of Composite Materials

1．8．1 Design Content of Composite Materials

1．8．2 Design Method of Composite Materials

1．9 Commonly Used Composite Materials in Highway Engineering

References

2 Geosynthetics

2．1 Classification and Characteristics of Geosynthetics

2．1．1 Types of Geosynthetics

2．1．2 Characteristics of Geosynthetics

2．2 Engineering Characteristics of Geosynthetics

2．2．1 Physical Characteristics

2．2．2 Mechanical Characteristics

2．2．3 Interracial Friction Characteristic of Geosynthetics and Soil Interaction

2．2．4 Hydraulic Characteristic

2．2．5 Durability

2．3 Engineering Application of Geosynthetics

2．3．1 Functions of Geosynthetics and Its Application Scope

2．3．2 Engineering Application of Geosynthetics

References

3 Steel Fiber Reinforced Concrete

3．1 Material Components and Process Characteristics of Steel Fiber Reinforced Concrete

3．1．1 Components

3．1．2 Characteristics of Mixed Materials of Steel Fiber Reinforced Concrete

3．2 Reinforcing Mechanism and Interface Performance of Steel Fiber Reinforced Concrete

3．2．1 Reinforcing Mechanism of Steel Fiber Reinforced Concrete

3．2．2 Steel Fiber——Interface Performance of Cement Base

3．3 Performance of Steel Fiber Reinforced Concrete

3．3．1 Mechanical Performance of Steel Fiber Reinforced Concrete

3．3．2 Shrinkage and Creep

3．3．3 Durability of Steel Fiber Reinforced Concrete

3．4 Design and Construction Technology of Mix Proportion of Steel Fiber Reinforced Concrete

3．4．1 Design of Mix Proportion of Steel Fiber Reinforced Concrete

3．4．2 Preparation Process of Steel Fiber Reinforced Concrete

3．5 Application of Steel Fiber Reinforced Concrete in Engineering

3．5．1 Steel Fiber Reinforced Concrete Pavement

3．5．2 Bridge Structure and Rail Sleeper

3．5．3 Building Structure and Products

3．5．4 Hydraulic Buildings， Ports and Marine Engineering

3．5．5 Tunnel Lining and Slope Protection

References

4 Modified Asphalt and Material Requirements for SMA

4．1 Modified Asphalt

4．1．1 Concept and Classification of Modified Asphalt

4．1．2 Evaluation Methods of China's Modified Asphalt Technical Index

4．1．3 Production Process of Modified Asphalt

4．2 Material Requirements for SMA

4．2．1 Basic Concept and Formation Mechanism of SMA

4．2．2 Material Requirements for SMA

4．3 Design Process and Construction Control of Mix Proportion of Asphalt Mixture

4．3．1 Design Process of Mix Proportion of Asphalt Mixture

4．3．2 Construction Control of Asphalt Mixture

References

5 Polymer Matrix Composites

5．1 Polymer Matrix Materials

5．1．1 Introduction of Polymer

5．1．2 Polymer Matrix

5．2 Polymer Concrete

5．2．1 Polymer-Modified Cement Concrete （Mortar）

5．2．2 Resin Concrete （Mortar）

5．2．3 Polymer-Impregnated Concrete （Mortar）

5．3 Application of Polymer Composites in Civil Engineering

References

6 Functional Layer Materials of and Preventive Maintenance Materials of Pavement

6．1 Functional Layer Materials of Pavement

6．1．1 Functional Layer Materials of Cement Concrete Pavement

6．1．2 Functional Layer Materials of Asphalt Pavement

6．2 Preventive Maintenance Materials of Pavement

6．2．1 Preventive Maintenance Materials of Cement Concrete Pavement

6．2．2 Preventive Maintenance Materials of Asphalt Pavement

References2100433B

《公路工程复合材料及其应用技术（英文版）》根据作者近年来对公路工程复合材料研究的成果及实际工程运用经验用全英文编写而成。《公路工程复合材料及其应用技术（英文版）》详细介绍了公路工程中广泛应用的土工合成材料、钢纤维水泥混凝土、改性沥青及其沥青混合料、聚合物复合材料、路面功能层材料与预防性养护材料的组成、工程性质、选择要求与工程应用技术。全书内容紧密联系工程实际，可作为土木工程界涉外项目相关技术人员培训教材及参考书，也可作为研究生、本科生选修课程教材。

内容简介

《公路工程复合材料及其应用》根据作者近年来对公路工程复合材料的研究及实际工程运用经验而编写。详细介绍了公路工程中广泛应用的土工材料，钢纤维水泥砼，改性沥青及沥青混合料，聚合物类复合材料的工程特性，增强改性机理，制备方法，配比设计以及相应的工程设计方法和施工方法。

全书内容紧密联系工程实际，可供土木工程领域，尤其是公路工程技术人员进行工程技术和施工参考，也可作为各相关专业的研究生教材和本科生的选修课教材使用。2100433B

内容简介

本书较系统、全面地介绍了复合材料的基本理论和应用技术，是一本适用于工科院校的冶金、铸造、压力加工、材料科学与工程、机械制造、汽车和机车车辆制造、精细化工、化工设备与机械、船舶工程及建筑工程等多个专业使用的，通用性较强的教材。也可供从事材料研究、设计和生产的工程技术人员参考。2100433B

《LED及其应用技术问答》共8章，主要介绍了LED照明产业的发展、LED入门基础、LED芯片与灯具的制造技术、LED驱动与控制技术基础、LED的典型驱动电路、常用LED照明灯具的性能及应用、LED照明与装饰灯具的安装、LED显示屏应用技术等知识和技能，并对这些专业知识和技能进行了归类、整理和提炼。《LED及其应用技术问答》从实际工作出发，从基本理论知识到实用技术、技能均做了较全面的、深入浅出的解答。