Abstract Two-dimensional (axi-symmetrical) dynamic finite element analyses were
performed to simulate the static load tests (SLT) and High Strain Dynamic Load Tests …

Helical piles are currently used to support large compressive loads, which requires accurate
evaluation of their bearing capacity. High strain dynamic load testing is increasingly used to …

Machine learning (ML) has made significant advancements in predictive modelling across
many engineering sectors. However, predicting the bearing capacity of pre-bored grouted …

Abstract in geotechnical engineering, foundation piles are ideal for deep foundations that
cannot bear higher loads. This architectural expansion places a great deal of responsibility …

Piled raft foundations have become a prominent foundation system in recent years as they
combine bearing capacities of piles and raft. For this reason, comprehensive analytical …

This work presents a simplified method for the nonlinear analysis of the load–displacement
response of piles in multi-layered soils. As a starting step, a new interface model based on …

Techniques of pile installation such as jacking, dropping weight, vibration, and explosion
were applied but these methods were discovered to have weaknesses, such as high friction …

Large-diameter bored piles can safely transmit loads from structures by skin friction to the
surrounding soil strata and end bearing at the bedrock layer, thereby providing a high …

The accurate prediction of bearing capacity is crucial in ensuring the structural integrity and
safety of pile foundations. This research compares the Deep Neural Networks (DNN) …

To address limitations in conventional static load tests for composite foundations, a method
utilizing an elastic cushion layer is proposed to accurately simulate subgrade behavior …