To enhance the sampling and exploration of the gas hydrate resources and other seafloor
mineral resources within the seafloor sediment stratum, a deep-sea stratum drilling robot …

Numerical solutions have been obtained for the vertical uplift capacity of strip plate anchors
embedded adjacent to sloping ground in fully cohesive soil under undrained condition. The …

The buckling tendency of an offshore pipeline buried in a liquefiable soil aggravates under
earthquake situations. Moreover, to understand the upheaval displacement behavior of an …

Constructing infrastructures such as traffic and railway gantries, transmission towers, and
near-shore sea walls on soft soils, demands specially designed foundation systems capable …

The uplift capacity of a group of circular plate anchors buried horizontally in sand along a
line has been determined. The uplift capacity of an interfering anchor is presented in terms …

Plate anchor is a commonly used foundation system designed to resist static and cyclic
pullout loads from the superstructure. A short period of cyclic disturbance caused by wind …

As the latest development of gravity installed anchors (GIAs), the OMNI-Max anchor has
drawn much attention from worldwide due to its unique behavior in the seabed. The pullout …

Numerous studies have been reported in literature for plate anchors in saturated or dry
clays. However, in practical scenario the soil overlying the anchor plate in most of the cases …

This paper presents numerical solutions for determining the uplift capacity of strip plate
anchors embedded at different positions either from the toe or crest of cohesive-frictional soil …

This study describes an analytical solution for determining the ultimate vertical uplift
resistance of a group of two and multiple number of close-spaced shallow rectangular …