Soil liquefaction during earthquakes is a complex geotechnical engineering problem.
Although various analytical approaches exist for predicting liquefaction risk, their limitations …

Soil liquefaction is one of the most disastrous sides of earthquakes which can cause severe
damage to structures, infrastructures, and individuals' lives. Therefore, establishing new and …

This paper introduced a novel soil liquefaction prediction model with proposed features.
Initially, pre-processing was carried out and then diverse improved features (chi-square …

Earthquake-induced soil liquefaction (EISL) can cause significant damage to structures,
facilities, and vital urban arteries. Thus, the accurate prediction of EISL is a challenge for …

The geotechnical phenomenon of soil liquefaction has serious implications for infrastructure
and human safety, making it crucial to develop effective prediction and mitigation strategies …

This study presents a novel procedure and mathematical model employing four artificial
intelligence AI algorithms to predict the cumulative degree of soil compaction CDSC during …

The occurrence of soil liquefaction is an interesting and complicated field in the geotechnical
earthquake, which has attained the consideration of a lot of analysts in current years …

Soil liquefaction is a primary factor in causing destruction during earthquakes. For over four
decades, there has been significant improvement in detecting soil liquefaction. At initially …

Accurate prediction of soil liquefaction potential is crucial for evaluating the stability of
structures in earthquake regions. This study focuses on predicting soil liquefaction using a …

The seismic susceptibility and mitigation management is paramount concern in tectonically
active area like Northeastern India. This area has been devastated innumerably during the …