This book consists of water, heat, noise, automobile exhaust, self-healing and recycling-related pavement structures and materials, to address function requirements of safety, rutting, noise, emission, asphalt self-healing and recycling. The functional mechanism, mix design,performance, challenge and solution of each functional pavement and material are discussed.
This book is suitable for serving as a teaching textbook for undergraduate and postgraduate students and a technical reference for researchers in the field of civil and environmental engineering.

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