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 …

This paper reviews the different aspects of modeling wind energy systems namely
investment, policies, performance, and social benefits for integration in deregulated power …

The objective of this work is to study the uncertainties involved in the modelling of the soil-
pile interaction concerning their influence on the prediction of the dynamic structural …

The soil-structure interface stiffness/damping, structure damping, aerodynamic damping,
and hydrodynamic added mass are the four major sources of error while modeling a …

This paper investigated the seismic vulnerability and performance-based assessment of
offshore monopile wind turbine (OWT) considering turbine blades. A three-dimensional finite …

Not only the driving for offshore wind energy capacity of 12 GW by Korea's Renewable
Energy 2030 plan but also the need for the rejuvenation of existing world-class shipbuilders' …

Resonance causes extreme stress, acceleration of fatigue, and reduction in lifespan of
offshore wind structures. The main factors that cause resonance are environmental loads …

Offshore wind turbines are now a mature technology to produce renewable energy on a vast
scale, nonetheless several design and maintenance planning challenges remain. There …

Offshore steel trestles (OSTs) are commonly used to construct sea-crossing bridges.
Presuming OSTs to be elastic to hydrodynamic hazards during their service lifetime is …

This paper constructs a coupled aero-hydro-elastic-servo simulation framework for a
monopile offshore wind turbine (OWT). In this framework, a detailed multi-body dynamics …