功能路面结构与材料

本书是全英文教材。主要涉及道路工程相关的功能路面结构与材料，包括与“水”（排水型、抑冰型、除冰型等）、“热”（热反射型、热收集型等）、“噪声”（吸声型、减振型、吸声减振综合型）、“汽车尾气”、“自愈合”（加热型、微胶囊型）、“老化”（紫外线老化型、热氧老化型）等相关的路面结构与材料。从功能原理、材料组成、配合比设计、路用性能、挑战及发展趋势等多维度，讲解道路工程所涉及的路面结构与材料。通过本书的学习，学生将会掌握每种功能路面结构与材料的性能特点、使用场合和发展方向，以便更好地为道路工程建设服务。作者是东南大学交通学院道路工程方向教授、博导以及行业企业高工等。本书涵盖道路工程所涉及的典型功能路面结构与材料，囊括了道路工程领域近期新的材料、结构与工艺，是道路工程领域功能路面结构与材料方向的第一本英文教材，本书可作为高等学校道路相关专业研究生和高年级本科生的教材，也可作为道路工程等相关专业科研人员的专业参考书或培训教材。道路工程中的路面结构最基础的功能是提供车辆通行的载体，保持长期的良好服务状态。随着经济的发展和人们生活水平的提高，人们对道路附加了安全、耐久、舒适等要求，这也成为道路工程发展的必然方向。本书呼应国家节能减排的号召和人们对美好生活的期待，从路面结构的功能性出发，对所涉及的功能原理、材料构成、配合比设计、性能特点和发展方向，进行了深度剖析，将会极大地拓展读者的知识面，为更好地道路工程建设服务。

1 Introduction
1.1 Material and pavement
1.1.1 Road material
1.1.2 Pavement structure
1.2 Function requirement
1.2.1 Basic function requirement
1.2.2 Advanced function requirement
1.3 Objective
1.4 Layout
2 Water-related functional pavement structures and materials
2.1 Porous asphalt concrete(PAC) pavement
2.1.1 Introduction
2.1.2 Type
2.1.3 Functional mechanism
2.1.4 Material requirement
2.1.5 Mix design
2.1.6 Construction
2.1.7 Performance
2.1.8 Challenge and solution
2.2 Conductive asphalt concrete (CAC) pavement
2.2.1 Introduction
2.2.2 Functional mechanism
2.2.3 Mix design
2.2.4 Conductive structure and performance
2.2.5 Mechanical performance
2.2.6 Development
2.3 Superhydrophobic coating(SC)
2.3.1 Introduction
2.3.2 Functional mechanism
2.3.3 Mix design and fabrication
2.3.4 Performance
2.3.5 Development
2.4 Question
3 Heat-related functional pavement structures and materials
3.1 Cool asphalt pavement
3.1.1 Introduction
3.1.2 Heat transfer mechanism
3.1.3 Cool pavement technology
3.1.4 Benefits of cool pavement
3.1.5 Design & construction
3.2 Reflective pavement
3.2.1 Introduction
3.2.2 Thermophysical property
3.2.3 Design
3.2.4 Performance of reflective pavement
3.2.5 Limitation
3.3 Evaporative pavement
3.3.1 Introduction
3.3.2 Performance of evaporative pavement
3.3.3 Limitation
3.4 Heat storage modified pavement
3.4.1 Phase change material-impregnated pavement
3.4.2 High-conductive pavement
3.4.3 Heat-harvesting pavement
3.4.4 Limitation
3.5 Question
4 Noise-related functional pavement structures and materials
4.1 Porous asphalt concrete(PAC) pavement
4.1.1 Introduction
4.1.2 Functional mechanism
4.1.3 "Design
4.1.4 Performance
4.1.5 Challenge and solution
4.2 Rubberized asphalt concrete(RAC) pavement
4.2.1 Introduction
4.2.2 Functional mechanism
4.2.3 Materials and production
4.2.4 Design
4.2.5 Performance
4.2.6 Challenge and solution
4.3 Poroelastic road surface(PERS)
4.3.1 Introduction
4.3.2 Functional mechanism
4.3.3 Material
4.3.4 Mix design
4.3.5 Acoustic performance
4.3.6 Road performance
4.3.7 Challenge and solution
4.4 Question
5 Automobile exhaust-related functional pavement structures and materials
5.1 TiO2-based asphalt pavement
5.1.1 Introduction
5.1.2 Photocatalytic mechanism
5.1.3 Testing and evaluation of vehicle exhaust degradation
5.1.4 Application method
5.1.5 Factor affecting degradation effect
5.1.6 Pavement performance
5.1.7 Challenge and solution
5.2 Questions
6 Serf-healing asphalt pavements
6.1 Heating-healing asphalt pavement
6.1.1 Self-healing mechanism of asphalt
6.1.2 Healing index
6.1.3 Induction heating coil (magnetic)
6.1.4 Microwave induction (electromagnetic)
6.1.5 Infrared radiation
6.2 Encapsulation technology
6.2.1 Microcapsule
6.2.2 Hollow fiber
6.3 Question
7 Recycled Asphalt Pavements (RAPs)
7.1 Introduction
7.1.1 Benefit of using RAP
7.1.2 Limitation of using RAP
7.1.3 RAP fraction
7.1.4 RAP binder with virgin binder
7.1.5 Rejuvenator
7.2 Recycling technique
7.2.1 Hot mix asphalt recycling
7.2.2 Hot in-place recycling
7.2.3 Cold in-place recycling
7.2.4 Full-depth reclamation
7.3 Mix design of mixture with RAP
7.4 Mechanical behavior of asphalt mixture containing RAP
7.5 Question
Reference