Offshore wind energy is considered as one of the most promising resources of clean and
renewable energy to replace fossil fuels. Additionally, its cost is expected to be lower than …

Offshore wind turbines in seismic active areas suffer from earthquake impacts. In this study,
seismic fragility analysis of a monopile offshore wind turbine considering different …

This research provides an analysis framework for offshore wind turbine (OWT) support
structures subjected to seismic, wind, and wave loads using the finite element method with …

This study employed numerical analysis to compare the seismic performance of different
types of offshore wind turbine foundations: pentapod suction bucket, monopile, and pile …

Recently tetrapod piled jacket (TPJ) foundations are considered as a promising solution for
offshore wind turbines in waters with depths ranging from 20 m to 50 m. This paper presents …

Jacket foundations for offshore wind turbines, typically having three or four latticework legs,
are mainly subjected to lateral loads induced by winds, waves and currents during their …

Recently, tetrapod piled jacket (TPJ) foundations have shown considerable promise in
offshore developments, due to the increases in power capacity and water depth for offshore …

This study uses a two-stage finite element method to analyze offshore wind turbine (OWT)
support structures under soil liquefaction during earthquakes. First, a three-dimensional …

A program of centrifuge model tests conducted on the cyclic lateral behavior of a tetrapod
piled jacket (TPJ) foundation for offshore wind turbines (OWTs) in medium dense sand was …

To improve the safety level of pile foundation construction for offshore wind power, in this
study, the risk indicators of pile foundation construction were evaluated using the analytic …