The American Society of Civil Engineers provides guidance on compaction techniques for clay soils to reduce settlement in buildings, including dynamic compaction and vibro-compaction methods.
North Carolina State University's research on soil compaction techniques highlights the importance of proper compaction for reducing settlement in buildings, particularly on clay soils.
This article discusses various techniques for stabilizing clay soils to reduce settlement in buildings, including chemical stabilization and mechanical compaction methods.
This peer-reviewed article provides an overview of current compaction techniques for clay soils, including their advantages and limitations, and discusses future directions for research and development.
This video lecture by a geotechnical engineer discusses the causes and effects of soil compaction and settlement in buildings, with a focus on clay soils and their unique challenges.
The Federal Highway Administration provides guidance on compaction techniques for clay soils in construction projects, including best practices for reducing settlement and improving soil stability.
This company provides specialized tools and equipment for clay soil stabilization and compaction, including pneumatic rollers and plate compactors.
This case study published in a leading engineering journal examines the settlement behavior of a building founded on clay soil and discusses the effectiveness of various compaction techniques in reducing settlement.