The study develops and validates an advanced numerical model to simulate how fine-grained, coastal reclaimed sediments behave under earthquake shaking, focusing on liquefaction - when saturated soils temporarily lose strength and behave like a fluid. Using a fully coupled finite element approach and constitutive soil model calibrated with lab tests...Read More

This study goes into the complex area of predicting soil liquefaction potential, a crucial issue in geotechnical engineering. The work presents a novel viewpoint on forecasting soil liquefaction occurrences by combining traditional geotechnical concepts with cutting-edge machine-learning approaches. The research maintains authenticity and credibility in its conclusions by using real-world...Read More