Road Survey and Design

This textbook is compiled on the basis of teaching, scientific research, design projects, and software development of the compilation team, which strives to embody the new ideas, new methods, and new technologies of road survey and design. For the concept of compilation, it emphasizes the introduction and understanding of road geometric design principles and methods with the help of Road CAD software and online resources, in order to strengthen the practical characteristics of the textbook.
The textbook mainly includes the objectives and control elements of road survey and design, horizontal, vertical, and cross-section geometric designs, route selection and alignment location, at-grade intersection and grade separation designs, and road management facilities. It is used as the textbook for road and bridge engineering, traffic engineering, and civil engineering and is also used as reference for engineers and researchers engaged in highway, urban road, and the related road engineering designs.
The textbook provides teaching slides, answers for homework, videos, and other teaching resources, which are provided to users for free.

Incorporates new technologies, concepts and methods of road survey and design in recent years, such as forgiving road design and curve design method, etc Provides abundant road design projects and cases to help students apply theoretical knowledge to engineering practices Provides QR codes of key knowledge points in video format to facilitate study

Autorentext

Dr. Bin Yu received his Ph.D. degree in Civil Engineering from University of South Florida, FL, USA, in 2013 and has been in School of Transportation, Southeast University as a professor. He has published more than 100 peer-reviewed technical papers in international journals and conferences. He joins the editor board of ASME, ACE, IJTST, JTTE and Applied Sciences journals and serves as the technical president of WTC international conference.

Inhalt
Chapter 1. Introduction.- Chapter 2. Horizontal Alignment Design.- Chapter 3. Vertical Alignment Design.- Chapter 4. Cross Section Design.- Chapter 5. Route selection and alignment location.- Chapter 6. Intersection Design.- Chapter 7. Grade Separation and Interchange Design.- Chapter 8. Highway traffic engineering and roadside facilities.