This article discusses the use of deep foundation systems, such as piles and caissons, to reduce the risk of soil liquefaction in clay soils during earthquakes.
The Nuclear Regulatory Commission provides guidance on the use of deep foundations to mitigate liquefaction risk in seismic areas, including those with clay soils.
Researchers at the University of California, Davis, have published a study on the effectiveness of deep foundations in reducing soil liquefaction risk in clay soils.
This software tutorial provides guidance on designing deep foundations for clay soils, including considerations for liquefaction risk reduction.
This video lecture discusses the use of deep foundations to mitigate liquefaction risk in clay soils, including case studies and design examples.
This journal article presents a review of deep foundation solutions for reducing clay soil liquefaction risk, including a discussion of the underlying mechanisms and design considerations.
The Federal Highway Administration provides guidance on the use of deep foundations to mitigate liquefaction risk in soils, including clay soils, for transportation infrastructure projects.
This online course covers the principles of soil liquefaction and foundation design, including deep foundation solutions for reducing liquefaction risk in clay soils.