In this study, an appropriate proportion of yaw stiffness and damping is proposed to greatly
improve the fatigue life at the tubular joints of offshore wind turbine (OWT) jacket support …

As a new foundation type for offshore wind turbine (OWT), pile-bucket foundation, which
consists of a monopile and a bucket foundation, has good prospect in engineering …

Numerous countries, such as the US, UK, and China, have rapidly expanding industries and
are prioritizing the development of renewable energy by offshore wind turbines. The safe …

Offshore wind turbines (OWTs) are subject to the combined action of dynamic environmental
loads including wind, waves, and earthquake loads. This paper proposes an analytical …

Circular hollow section truss joints may need to be strengthened for various reasons. This
study evaluated a new method for strengthening such joints by partially filling the chords …

GCs in OWTs are exposed to fatigue loads that can lead to damage of the grout before
ultimate limit state is reached. A uniaxial and fatigue compression test of high strength grout …

Embedded steel ring (ESR)–foundation connections are widely used in onshore wind
turbines (WTs) to transfer the loads from the tower to the foundation. The load-bearing …

Grouted connections (GCs) are transitional elements that have been extensively employed
in offshore wind turbine support structure to transfer loads from superstructure to foundation …

In this paper, the influences of different load simulation approaches and jacket models on
the loading and the structural responses of offshore wind turbine (OWT) jackets are …

Grouted connections (GCs) are widely used to link the substructures and towers for offshore
wind turbines and transfer various loads from the turbine and tower to the substructure …