A rapid expansion of the anchor market is required to meet the increasing demand for
floating offshore wind. This paper, which is aimed at a broad readership within and beyond …

Screw piles potentially offer quieter installation and enhanced axial tensile capacity over
straight-shafted driven piles. As such, they have been suggested as a possible foundation …

Screw piles are efficient anchors to sustain large uplift loads and can be installed with low
noise or vibration. Screw piles dimensions are currently increasing, renewing research …

The formulations for the lateral load–displacement (p–y) springs conventionally used for the
analysis of laterally loaded piles have been based largely on the back-analysis of the …

Screw piles can be used as foundations for offshore energy applications, thanks to their
silent mode of installation and considerable uplift capacity, although a significant upscaling …

Concrete pipes are a crucial element in sustaining contemporary life because they afford
appropriate means to transport drinking water, sewage, and storm water. Thus, these useful …

Existing guidance on the installation of screw piles suggest that they should be installed in a
pitch-matched manner to avoid disturbance to the soil that may have a detrimental effect on …

Vegetation has been previously proposed as a method for protecting artificial and natural
slopes against shallow landslides (eg as may be triggered by an earthquake); however …

No attention has been given in previous studies to understand the influence of the
sophistication of the soil constitutive model on the response of buried concrete pipes …

Experimental proof is provided of an unconventional seismic design concept, which is based
on deliberately underdesigning shallow foundations to promote intense rocking oscillations …