What Is Pavement Engineering?

Pavement engineering includes pavement base (sub-base) construction technology, asphalt pavement construction technology, cement concrete pavement construction technology, pavement prevention and drainage construction technology, special asphalt concrete pavement construction technology, and pavement test detection technology.

Pavement works

Granular base layer (base layer)
The granular base layer (base layer) includes two types of interlocking type and gradation type. Intercalation types include mud-debris, gravel-debris,
Inorganic binder stability
Pavement works

Author: Chen Jun, Wu Jiantao, Chenjing Ya

This book organizes the knowledge structure of pavement engineering from a new perspective and systematically discusses pavement engineering design, construction and maintenance. Its content is divided into 8 chapters, including introduction, pavement design parameters,
Subgrade and pavement engineering is in the fields of transportation engineering and civil engineering in colleges and universities.

Chapter 1 Introduction
1.1 Overview
1.1.1 Development History of Road Construction in China
1.1.2 Achievements of Road Engineering Development in China
1.1.3 Subgrade Engineering and Pavement Engineering
1.1.4 Development of China's pavement engineering
1.2 Pavement Function and Structure
1.2.1 Basic requirements for pavement
1.2.2 Pavement structure and floor functions
1.3 Natural factors affecting pavement structural performance
1.4 Pavement classification and grade
exercise
Chapter 2 Pavement Design Parameters
2.1 Traffic load
2.1.1 Types of vehicles
2.1.2 Vehicle Axle Type and Standard Axle Load
2.1.3 The role of static vehicles on the road
2.1.4 Effect of sports vehicles on roads
2.1.5 Wheel track lateral distribution
2.2 Axle load conversion
2.2.1 Principles and methods of axle load conversion
2.2.2 Accumulated number of standard axle load actions
2.3 Mechanical strength characteristics and design parameters of subgrade soil
2.3.1 Mechanical characteristics of soil foundation
2.3.2 Strength index of soil foundation
2.3.3 Design parameters of soil foundation
2.4 Design parameters of pavement materials
2.4.1 Types of pavement material parameters
2.4.2 Testing of pavement material parameters
2.4.3 Empirical reference values for design parameters of pavement materials
exercise
Chapter 3 Pavement Base Course
3.1 Non-cohesive aggregate base
3.1.1 Graded Crushed Stone Base Course
3.1.2 Interstitial Crushed Stone Base Course
3.2 Inorganic binder stabilized material base layer
3.2.1 Mechanical properties of inorganic binder stabilized materials
3.2.2 Lime stabilized base
3.2.3 Cement stabilized base course
3.2.4 Industrial waste slag stabilized grassroots
3.3 Asphalt stabilized macadam base
3.3.1 Factors affecting the strength of asphalt stabilized macadam base mix
3.3.2 Composition Design of Asphalt Stabilized Crushed Stone Base Mixture
exercise
Chapter 4 Crushed (Gravel) Pavement and Block Pavement
4.1 Crushed (gravel) pavement
4.1.1 Mechanical characteristics of broken (gravel) pavement
4.1.2 Main forms of broken (gravel) stone pavement
4.2 Block pavement
4.2.1 Natural block pavement
4.2.2 Mechanism block pavement
exercise
Chapter 5 Asphalt Pavement
5.1 Overview
5.1.1 Basic characteristics of asphalt pavement
5.1.2 Classification of Asphalt Pavements
5.1.3 Basic requirements for asphalt pavement
5.1.4 Climatic Zoning of Asphalt Pavement Performance
5.2 Performance of asphalt pavement
5.2.1 High temperature stability of asphalt pavement
5.2.2 Low temperature crack resistance of asphalt pavement
5.2.3 Water stability of asphalt pavement
5.2.4 Anti-fatigue performance of asphalt pavement
5.2.5 Aging resistance of asphalt pavement
5.2.6 Unity and Opposite Relationship of Asphalt Pavement Performance
5.3 Design theory, indexes and standards of asphalt pavement structure
5.3.1 Design content of asphalt pavement
5.3.2 Theory and Method of Asphalt Pavement Structure Design
5.3.3 Asphalt pavement failure status, design indicators and standards
5.3.4 Theory of elastic layered systems
5.4 Combination Design of Asphalt Pavement Structure
5.4.1 Principles of Combined Design of Asphalt Pavement Structure
5.4.2 Surface structure of asphalt pavement
5.4.3 Base structure of asphalt pavement
5.4.4 Asphalt pavement structure
5.5 Design of Asphalt Pavement Thickness
5.5.1 Design index of pavement structure thickness
5.5.2 Pavement structure thickness design equation
5.5.3 Design steps for new pavement structure thickness
5.5.4 Example of thickness design of new pavement structure
5.6 Reconstruction Design of Asphalt Pavement
5.6.1 Investigation of the original pavement structure condition
5.6.2 Design parameters of original pavement structure overlay
5.6.3 Design steps for the original pavement structure
5.7 Asphalt pavement drainage design
5.7.1 Drainage on pavement surface
5.7.2 Drainage of the central divider
5.7.3 Internal drainage of pavement
5.8 Foreign Asphalt Pavement Design Methods
5.8.1 AASHTO Design Method
5.8.2 Shell
exercise
Chapter 6 Cement Concrete Pavement
6.1 Overview
6.2 Cement Concrete Pavement Structure and Structure
6.2.1 Functions and types of panels
6.2.2 Joint types and constructions
6.2.3 Base, cushion, subgrade and shoulder of cement concrete pavement
6.2.4 Pavement drainage
6.3 Pavement cement concrete technical properties and mix ratio design
6.3.1 Basic properties of pavement cement concrete
6.3.2 Main technical properties of pavement cement concrete
6.3.3 Mixing ratio design of cement concrete
6.4 Design content, theory, index and standard of cement concrete pavement structure
6.4.1 Design content of cement concrete pavement
6.4.2 Damage modes and design standards for concrete pavements
6.4.3 Reliability design methods
6.5 Stress Analysis of Cement Concrete Pavement
6.5.1 Assumption of elastic thin plate and foundation
6.5.2 Load stress analysis
6.5.3 Temperature Stress Analysis
6.5.4 Finite Element Method
6.6 Combination Design of Cement Concrete Pavement Structure
6.6.1 Structural combination principles and requirements
6.6.2 facing cement concrete slab
6.6.3 Base and subbase structure of concrete pavement
6.6.4 Concrete pavement
6.6.5 Subgrade structure of concrete pavement
6.7 Thickness Design of Cement Concrete Pavement
6.7.1 Mechanical Model
6.7.2 Design parameters
6.7.3 Load fatigue stress
6.7.4 Temperature fatigue stress
6.7.5 Calculation process of concrete slab thickness
6.7.6 Board Thickness Design Example
6.8 Drainage Design of Cement Concrete Pavement
6.8.1 Types of pavement drainage
6.8.2 Pavement edge drainage system
6.8.3 Drainage Basic Drainage System
exercise
Chapter 7 Pavement Construction and Quality Control
7.1 Overview
7.1.1 Basic procedures for construction
7.1.2 Construction method
7.2 Construction of pavement base course (subbase course)
7.2.1 Graded crushed stone layer construction
7.2.2 Construction and quality control of inorganic binder stable layer
7.3 Penetration, Adhesion and Sealing of Pavement
7.3.1 Transparent layer
7.3.2 Adhesive layer
7.3.3 Sealing
7.4 Surface treatment and asphalt penetration pavement construction
7.4.1 Surface treatment construction technology
7.4.2 Asphalt penetration pavement construction
7.5 Asphalt Concrete Surface Construction and Quality Control
7.5.1 Mixing ratio design of asphalt mixture
7.5.2 Construction Technology of Asphalt Concrete Surface Course
7.5.3 Quality Control of Asphalt Pavement Construction
7.6 Construction and Quality Control of Cement Concrete Surface Course
7.6.1 Inspection and adjustment of cement concrete mix ratio
7.6.2 Preparation for construction
7.6.3 Construction procedures and construction techniques
7.6.4 Construction quality control and inspection
exercise
Chapter 8 Pavement Maintenance and Maintenance
8.1 Investigation and Evaluation of Asphalt Pavement Damage
8.1.1 Analysis of Disease Types and Causes of Asphalt Pavements
8.1.2 Investigation and evaluation of road conditions
8.2 Maintenance and repair of asphalt pavement
8.2.1 Maintenance and repair countermeasures for asphalt pavement
8.2.2 Daily Maintenance of Asphalt Pavement
8.2.3 Maintenance treatment of common asphalt pavement damage
8.3 Preventive maintenance of asphalt pavement
8.3.1 Concept of preventive maintenance
8.3.2 Common preventive maintenance technical measures
8.3.3 Selection of preventive maintenance technical measures
8.4 Investigation and Evaluation of Cement Concrete Pavement Damage
8.4.1 Disease types of cement concrete pavement
8.4.2 Investigation and evaluation of concrete pavement conditions
8.5 Maintenance and repair of cement concrete pavement
8.5.1 Maintenance and repair countermeasures for cement concrete pavement
8.5.2 Daily Maintenance Technology of Cement Concrete Pavement
8.5.3 Maintenance treatment of common cement concrete pavement damage
exercise
references

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