The American Society of Civil Engineers provides guidelines and best practices for controlling soil compaction in deep foundation engineering, including dynamic compaction and vibro-compaction techniques.
This research article reviews various soil compaction control techniques used in deep foundation engineering, including preloading, surcharging, and dynamic compaction, highlighting their advantages and limitations.
The Nuclear Regulatory Commission discusses the causes of soil compaction in deep foundations and provides guidance on mitigation techniques, including soil improvement methods and foundation design considerations.
The University of Delaware's Civil and Environmental Engineering department offers a course on deep foundation engineering, covering soil compaction control techniques, including compaction grouting and soil nailing.
This article explores the use of geosynthetics in controlling soil compaction for deep foundations, including the benefits of using geogrids and geomembranes in foundation design.
This case study presents a real-world example of soil compaction control in deep foundation engineering, highlighting the challenges and solutions implemented during the construction of a deep foundation system.
This video lecture discusses various soil compaction control techniques used in deep foundation engineering, including dynamic compaction, vibro-compaction, and preloading, with examples and animations.
Bentley Systems offers a range of software tools for deep foundation engineering, including programs for soil compaction analysis and control, such as PLAXIS and LUSAS.