Wind-induced or current-induced torsional vibration is a long-neglected issue for offshore
engineering (eg, offshore wind turbines, offshore oil platforms, etc.). As the dimension of the …

The torsional low strain integrity test (TLSIT), known for its advantages such as a smaller
detection blind zone, improved identification of shallowly buried defects, stable phase …

The dynamic response of a torsionally loaded pile embedded in heterogeneous soil is
investigated in this paper based on a new theoretical model of the dynamic pile–soil …

Pile foundations are often used to support large structures including wide and high
commercial buildings, offshore and onshore structures, bridges and transport corridors …

This paper investigates the torsional dynamic response of a single pile with a circular cross-
section embedded in multi-layered soils. The energy principles and variational approach are …

This research investigates the effects of torsional moments on the mechanical behavior of
thin-walled open-ended vertical pile foundations subjected to lateral wind loads. The aim of …

A new method for the torsional analysis of non-uniform circular piles partially or fully
embedded in multi-layered elastic soils is developed. The mechanical response of non …

The second-order analysis method is a simulation-based design method but less utilized for
pile-supported structures due to the current inaccurate and unstable analysis methods for …

In the paper, a brief literature review on pile foundations subjected to torsional loads (static
and dynamic) and embedded in linear elastic and viscoelastic soil deposits is provided …

This paper presents a new method for analyzing the nonlinear response of a single, vertical
pile with the circular cross-section under torque in layered soils. The nonlinear stress-strain …