Author: Wang Nianxiang (Compiler)
Publisher:
Publish Date: 2005-11-01
Features: Based on the current design and construction status of high-plasticity soil roadbeds in China, this book systematically elaborates on the design theory and construction techniques of high-plasticity soil roadbeds, combining the research achievements of the author. It possesses strong theoretical depth, advanced concepts, practicality, and operability. The book is divided into 6 chapters, mainly including: high-plasticity soil and its characteristics, high-plasticity soil roadbed failures, engineering properties testing of expansive soil, calculation theory of high-plasticity soil roadbeds, design methods for high-plasticity soil roadbeds, and construction techniques for high-plasticity soil roadbeds. This book comprehensively reflects the existing experience and new developments in the design and construction of high-plasticity soil roadbeds in China, serving as a reference for engineering technicians in highway engineering and related fields, including design, construction, research, and supervision. It can also be used as a selective textbook for undergraduate and graduate students in relevant disciplines at universities.
Design and Construction Technology of High Liquid Limit Soil Roadbed (Frontier Technology Series of Geotechnical Engineering in the 21st Century)
📌 Related Posts
Literature
Golden Decoration World. 30
2026-10-01
News
What should I do if I have no appetite for food during the early stages of pregnancy?
2026-10-03
News
Is it serious if there are a few red blood cells and white blood cells in prostatic fluid?
2026-10-09
News
Will phimosis still lead to other diseases?
2026-10-10
Literature
CNC Machining Center (Book Series)
2026-10-11
Literature
Selected Beijing Property Showrooms 2000-2001
2026-10-11
Literature
Research Report on Reform and Development of China's Construction Industry (2006)
2026-10-11
Literature
Twenty Years of Exploring the Path of Innovation - Practical Case Studies of Beijing Urban Design Institute
2026-10-11