The design results of pile foundations based on different national codes are not identical
owing to differences in the design and calculation of the vertical bearing capacity of frozen …

A cutting-edge method for deep foundations is the helical pile. Since its creation, it has
gained prominence due to its significant advantages over conventional foundation systems …

Prediction of pile bearing capacity has been considered an unsolved problem for years. This
study presents a practical solution for the preparation and maximization of pile bearing …

The optimization of the inter-helix spacing is a key issue of the axial bearing capacity of
helical piles. In this paper, based on the cavity expansion, an analytical approach …

The use of helical piles as a group to sustain large compressive loads has increased in the
recent decade, and an appropriate evaluation of their behavior is essential for a robust …

Belled and multi-belled piles are cast-in-place piles with one or several bell-shaped
enlargements. In this study, centrifuge model tests were conducted to explore the bearing …

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 …

Centrifuge modeling offers a viable tool for research in the soil-pile interaction, but this
technique has not been used for helical piles in cohesive soils. A centrifuge model test …

This paper presents pull-out capacity and creep behavior of a model helical pile and a
model grouted shaft helical pile installed in frozen ice-rich silt in Gloucester, Ontario …

A similar theoretical approach is generally used to estimate the end-bearing capacity of
straight and screw piles. However, under similar ground conditions (stress level and bearing …