Soil Liquefaction and Its Impact on Pile Foundations

Abstract

This study examines the impact of soil liquefaction on buildings supported by piles driven into the ground, focusing on the structural response and potential consequences when the ground temporarily loses its strength and becomes unstable during seismic loading, such as earthquakes. To enhance safety and mitigate the risks associated with soil liquefaction, proactive measures are being considered, such as conducting thorough ground investigations before construction, implementing ground improvement techniques, and employing meticulous engineering and design practices when planning buildings supported by piles in regions prone to ground weakness during seismic events. This research is essential for advancing our comprehension of the impact of soil liquefaction on pile-supported buildings and for developing strategies to enhance structural stability in regions prone to liquefaction, providing valuable insights for engineers and builders committed to creating earthquake-resistant structures and ensuring the safety of communities in seismic-prone areas.