This article discusses the role of deep foundations in mitigating soil liquefaction during earthquakes, highlighting design considerations and case studies.
The National Center for Earthquake Engineering Research provides guidance on using deep foundations to mitigate soil liquefaction, including design examples and research findings.
The Federal Highway Administration offers design guidelines and best practices for constructing deep foundations in areas prone to soil liquefaction, focusing on transportation infrastructure.
This book chapter explores the use of deep foundation systems for mitigating soil liquefaction, covering theoretical aspects, design methodologies, and application examples.
A video lecture by a geotechnical engineering expert discussing the relationship between soil liquefaction and deep foundation design, including practical considerations and real-world examples.
An online course and webinar series focused on the design of deep foundations for mitigating soil liquefaction, covering geotechnical engineering principles and construction techniques.
A research paper published in a leading engineering journal, presenting a study on the effectiveness of deep foundations in mitigating soil liquefaction under various seismic loading conditions.
The Portland Cement Association provides guidelines and recommendations for designing deep foundations to mitigate soil liquefaction, emphasizing the role of cement-based materials in foundation construction.