- 交通工程概论(英文版)
- - 作者：编者:何雅琴|责编:冯昕//龚文方
  - 出版社：清华大学
  - ISBN：9787302700456
  - 出版日期：2025/09/01
  - 页数：187
- 售价：15.92

内容大纲
交通工程学是一门集自然科学和社会科学于一体的综合性学科，是研究交通规律及其应用的一门技术科学，是解决交通问题并构建安全、高效、绿色、节能、经济的交通系统的重要理论基础和技术支撑。本教材内容包括交通特性、交通调查、交通流理论、通行能力分析、交通规划、交通安全、交通管理、道路交通环境等多个核心板块。同时，还融入了自动驾驶、交通大数据等最新的研究成果和前沿技术。
本教材采用新形态的编写模式，可供交通工程、交通运输、道路与桥梁工程等专业本科生的双语课程教学及留学生的英文课程教学使用，也可供从事相关领域的专业技术人员参考使用。
作者介绍
目录
Chapter 1  Introduction of Traffic Engineering
  1.1  Definition,Objective and Scope of Traffic Engineering
  1.2  Characteristics of Traffic Engineering
  1.3  Birth and Development of Traffic Engineering
  Exercises
Chapter 2  Characteristics of Components of Traffic System
  2.1  Road User Characteristics
  2.2  Vehicle Characteristics
  2.3  Roadway Characteristics
  2.4  Road Environment
  Exercises
Chapter 3  Traffic Stream Characteristics
  3.1  Volume Characteristics
  3.2  Speed Characteristics
  3.3  Density Characteristics
  3.4  Characteristics of Traffic Flow
  Exercises
Chapter 4  Traffic Studies
  4.1  Significance and Content of Traffic Studies
  4.2  Volume Studies
  4.3  Speed Studies
  4.4  Density Studies
  4.5  Delay Studies
  4.6  Origin and Destination (OD) Studies
  Exercises
Chapter 5  Traffic Flow Theory
  5.1  Statistical Distributions of Traffic Flow
  5.2  Application of Queue Theory
  5.3  Traffic Flow Wave Theory
  5.4  Car-following Theory
  Exercises
Chapter 6  Road Capacity
  6.1  Capacity and Level of Service
  6.2  Capacity of Road Segments
  6.3  Capacity of Intersections
  Exercises
Chapter 7  Transportation Planning
  7.1  Overview of Transportation Planning
  7.2  Investigation of Basic Information for Transportation Planning
  7.3  Traffic Demand Forecast
  Exercises
Chapter 8  Traffic Management and Control
  8.1  Traffic System Management and Traffic Demand Management
  8.2  Traffic Operation Management
  8.3  Traffic Management Facilities
  8.4  Intersection Control
  Exercises
Chapter 9  Traffic Safety
  9.1  Introduction
  9.2  Traffic Safety Analysis

  9.3  Countermeasures for Improving Traffic Safety
  Exercises
Chapter 10  Environmental Protection in Road Traffic
  10.1  Traffic Noise Pollution and Protection
  10.2  Traffic Emission Pollution and Protection
  10.3  Traffic Vibration Pollution and Protection
  10.4  Carbon Peaking and Carbon Neutrality
  10.5  Sustainable Transportation System
  Exercises
Chapter 11  Urban Transportation System
  11.1  Walking
  11.2  Bicycles
  11.3  Cars
  11.4  Public Transit
  11.5  Mobility as a Service (MaaS)
  Exercises
Chapter 12  Cutting-edge Technologies in Traffic Engineering
  12.1  Intelligent Transportation System (ITS)
  12.2  Automatic Driving
  12.3  Traffic Big Data
  Exercises
References

内容大纲

作者介绍

目录

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