Uplift capacity of circular piles in sands is one important design parameter for many pile
foundations supporting important structures subjected to tensile forces. Even though a …

In this paper, we propose an isotropic hardening elastoplastic model for structured marine
clay that can describe its strength and deformation behavior under general loading …

The study presented in this paper aims to advance the current understanding of Rock
Anchor (RA) performance under axial loading through large deformation numerical …

Plate anchors have been increasingly used to provide a mooring system for offshore floating
facilities due to their relatively high efficiency and low costs. The analysis of anchor …

Torpedo anchors are regarded as one of the most efficient mooring solutions for taut
mooring systems and can withstand vertical loads. The estimation of the undrained pullout …

The performance of monopiles in cohesive soils is of great interest for future offshore wind
farm developments, particularly under the cyclic loads experienced in the ocean …

More attention has been focused on the pull-out behaviour of plate anchors under
monotonic loads. Relatively less attention has been focused on the cyclic behaviours of …

The double-plate vertically loaded anchor (DPVLA) represents a new type of anchor. To
maximize the ultimate pullout capacity of a DPVLA in saturated clay, it is crucial to determine …

The stability of plate anchors has attracted significant attention, but most existing solutions
are derived using deterministic soil properties. This paper demonstrates how natural spatial …

Plate anchors are a well-established solution for supporting the efforts of floating platforms
for wind and marine renewable energies. The behavior of ultrathin rigid plate anchors buried …