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 dynamic response of a pile embedded in layered soil is investigated while
considering the influence of the pile end soil. The finite soil layers under the end of the pile …

To realize the numerical analysis of rock bolt bearing-yield-fracture under tension-shear
coupling and to provide an effective means for supporting the design of roadways or tunnels …

This paper is concerned with the torsional dynamic response of an end bearing pile
embedded in radially inhomogeneous saturated soil. The soil is simulated using Biot's two …

The dynamic response of pile embedded in layered transversely isotropic soil and subjected
to arbitrary vertical harmonic force is investigated. Based on the viscoelastic constitutive …

This paper presents an analytical solution for the vertical vibration of a large-diameter pipe
pile considering the radial inhomogeneity of both the outer and inner soil caused by the …

An analytical solution is proposed to investigate the torsional dynamic response of a large-
diameter pipe pile embedded in inhomogeneous soil. First, both the outer and inner soils …

A soil-pipe pile-inner soil torsional dynamic interaction model is developed accounting for
the radial inhomogeneity of the outer saturated soil as well as the soil plug (inner soil) due to …

An axisymmetrical analytical solution is developed to investigate the vertical time-harmonic
vibration of a floating pile in a saturated viscoelastic soil layer overlaying bedrock. The soil is …

Torsional load on pile foundations is induced by the action of eccentric horizontal forces on
the supporting structures. Such loading not only initiates twist at the pile head, but also …