This article reviews the application of dynamic compaction methods for improving the engineering properties of soft clay soils, including the effects on soil density, strength, and settlement.
The Federal Highway Administration provides guidance on the use of dynamic compaction for soft soils, including design considerations, construction procedures, and quality control measures.
This research paper presents the results of a study on the effectiveness of dynamic compaction for improving the properties of soft clay soils, including the use of different compactive energies and soil types.
This geotechnical engineering firm provides an overview of dynamic compaction methods for soft ground improvement, including the benefits, limitations, and case studies of successful applications.
This video lecture presents the principles and applications of dynamic compaction for ground improvement, including the use of dynamic compaction for soft clay soils and other problematic soils.
This case study presents the results of a dynamic compaction project for a soft clay soil site, including the design, construction, and monitoring of the compaction process, as well as the resulting improvements in soil properties.
This course website from the Massachusetts Institute of Technology provides an introduction to soil dynamics and dynamic compaction, including the theoretical background, design methods, and applications for soft clay soils.
The Institution of Civil Engineers provides best practice guidance on the use of dynamic compaction for soft soils, including the selection of compactive energies, soil investigation requirements, and quality control measures.