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 …

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

Low-strain tests are widely utilized as a nondestructive approach to assess the integrity of
newly piled foundations. So far, the examination of existing pile foundations is becoming an …

Based on the motion theory of three-phase poroelastic medium, the torsional vibration of a
pile in unsaturated soil is investigated contemplating the impact of construction disturbance …

Considering the soil skeleton to be statically transversely isotropic, the viscous and inertial
coupling among three phases, along with the capillary pressure, the torsional dynamic …

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 …

ABSTRACT A novel theoretical model is proposed to investigate the torsional response of a
pile in fractional‐order viscoelastic unsaturated transversely isotropic soil with imperfect …

Geo-materials naturally display a certain degree of anisotropy due to various effects such as
deposition. Besides, they are often two-phase materials with a solid skeleton and voids filled …

An analysis for the torsional dynamic response of end-bearing pile foundations embedded
in a layered transversely isotropic geomaterial (soil/rock) is presented. The deformation of …