The Federal Highway Administration provides an overview of soil stabilization techniques, including mechanical stabilization, chemical stabilization, and thermal stabilization.
This research paper discusses the causes and effects of shifting soil and explores various stabilization methods, including deep mixing, grouting, and reinforcement with geosynthetics.
The American Society of Civil Engineers (ASCE) provides guidance on soil stabilization techniques for construction projects, including compaction, cement stabilization, and lime stabilization.
This article discusses the use of geogrids for stabilizing shifting soil, including the benefits and limitations of this technique, and case studies of successful projects.
This video lecture discusses the principles of soil stabilization and compaction, including the use of heavy machinery and hand tools for compacting and stabilizing soil.
This research article explores the use of plant roots for stabilizing shifting soil, including the benefits and limitations of this technique, and the potential for using plant roots in combination with other stabilization methods.
This online tool provides a soil stabilization calculator for estimating the amount of stabilizing material required for a given soil type and project conditions.
The Natural Resources Conservation Service (NRCS) provides guidance on stabilizing expansive soils, including the use of lime and cement stabilization, and deep mixing.