As one of the fastest-growing renewable energy sources, wind power is promoting the
global primary energy structure to accelerate towards the direction of cleanliness and low …

Abstract OWT (Offshore Wind Turbine) support structures are exposed to harsh ocean
environment with significant uncertainties in soil properties and environmental loads …

Floating structures have become the most feasible solution for supporting wind turbines
when offshore wind project move to deeper water. In this paper, a hydrodynamic analysis of …

The objective of the present study is to provide a review of the structural integrity of fixed
support structures for offshore wind turbines, focusing on the physics behind the failure …

Offshore wind energy is an important renewable electricity source in the UK and Europe.
Monopiles are currently the most commonly used substructures to support offshore wind …

Jacket structures are generally recommended as the foundations for offshore wind turbines
(OWTs) with water depth more than 30m. In this paper, the load sharing characteristic for …

The increasing mean sea depths have necessitated wind turbine foundation to have larger
moment resistance capacity, from early design of monopiles to recent piled jackets. Design …

Offshore wind turbines are frequently regarded as a pricey source of electricity, and efforts
are being made to lower both capital and operational costs by developing lighter and more …

Offshore wind turbines (OWTs) are exposed to harsh marine environments with
considerable uncertainties in the environmental loads and soil properties, constituting their …

As a renewable and clean energy source, marine wind power has become an important
direction. However, there are few studies on the safety risk assessment of offshore platforms …