In the current study, various evolutionary artificial intelligence and machine learning models
namely, optimized artificial neural network (ANN), genetic algorithm optimized with ANN (GA …

The performance of a vertically-loaded floating piled raft foundation in very soft and deep
layers of compressible subsoil, in terms of its ability to control key factors such as bending …

In situ tests for determining the bearing capacity of pile (Q u) in geotechnical and mining
projects are integral to the design and implementation of pile-based structures. The …

Considering that the pile foundation is widely used in soft soil, in order to improve the
prediction accuracy of the vertical ultimate compressive bearing capacity of a single pile, this …

Determining bearing capacity of piles has always been challenging for geotechnical
engineers. Various methods are recognized for determining pile capacity, like analytical …

The surrounding soil of pile foundations may settle as a result of fill placing or even
consolidation, especially in soft grounds. If the soil settlement is higher than the pile's …

This study conducts a field indoor simulation test, SEM observation, and penetration test to
determine the bearing capacity of the dynamic driving pile in the mudstone foundation. It …

This study examines two traditional approaches (non-linear elastic and elasto-plastic) in
association with 2D and 3D FEM analyses of a box-section pile embedded in sand. A …

To study the effect of length‐diameter ratio and mudcake on the bearing capacity of bored
cast‐in‐place piles, the indoor model test and finite element numerical simulation method …

Piles should sustain the axial loads transmitted from the supported structure without failing in
bearing capacity and/or undergoing structural damage, as well as limit excessive …