Applied Geotechnics for Construction Projects, Volume 4: Retaining Structures, Soil Reinforcement and Improvement (Civil Engineering and Geomechanics, 4) 1st Edition

Applied Geotechnics for Construction Projects, Volume 4 is the final volume of this essential geotechnical engineering series, focusing on retaining structures and soil reinforcement and improvement. This volume begins with the concept of thrust-fall, followed by an in-depth exploration of the behavior, design, and justification of various retaining structures. It covers practical applications such as gravity walls, sheet pile curtains, shoring excavations, and diaphragm walls, providing real-world examples of their implementation.

The book then delves into the various soil reinforcement and improvement techniques, including reinforced earth, soil nailing, micropiles, in situ soil compaction, and rigid inclusions. With over thirty-five years of research and teaching expertise, the author presents these techniques in a comprehensive manner. The volume concludes with a detailed discussion on underground structures, covering concepts such as convergence-confinement, stress evolution, and subsidence estimation.

Each chapter is richly illustrated with concrete examples and site measurements, offering a perfect blend of theory and practical experience. This final volume completes the series by providing a thorough understanding of soil reinforcement and retaining structures, essential for any professional involved in construction projects.

Key Features:

• Covers a wide range of retaining structures, including gravity walls, sheet pile curtains, and diaphragm walls

• In-depth exploration of soil reinforcement and improvement techniques such as micropiles, soil compaction, and soil-cement columns

• Practical applications and real-world case studies for every technique discussed

• Thorough analysis of underground structure behavior and subsidence estimation

• Comprehensive insights into the design, justification, and practical use of retaining structures and soil reinforcement techniques

Ideal For:

• Civil engineers, geotechnical engineers, and construction professionals

• Students and academics in geotechnical engineering

• Engineers involved in the design and construction of retaining structures

• Professionals specializing in soil reinforcement and improvement techniques

Authors:
Ammar Dhouib (Author)
From the book :