In this manuscript, a compliant articulated offshore wind turbine (AOWT) is proposed to
operate in the transitional water depth area and a three-objective optimization mathematical …

As the size of floating wind turbines continues to increase, floating platforms reach
dimensions that make their elastic and hydro-elastic behaviour significant. Several works in …

We aim to establish a fast and accurate model for fast prediction of nonlinear loading on
vertical cylinders such as are typically used for fixed offshore wind turbines. We follow a …

Loads from storm waves can in some cases be dimensioning for offshore wind turbine
substructures. Accurate determination of nonlinear wave loads is therefore important for a …

Spurious harmonics generation can occur in wave basins when strongly nonlinear waves
are generated with linear wave maker theory. For regular long crested waves, the …

This paper examines the hydroelastic response of a monopile structure, supporting an
offshore wind turbine. A new numerical simulation tool is presented, coupling a nonlinear …

With the large-scale density stratified tank and the numerical flume proposed, series of
numerical cases in line with the experiments are carried out to investigate the interaction …

The estimation of extreme loads from waves is an essential part of the design of offshore
wind turbines. Standard design codes suggest either to use simplified methodologies based …

This paper is part of the DIMPACT (Design of floating wind turbines and impacts of energetic
steep and breaking waves) project concerning slamming loads on floating offshore wind …

The evolution of narrow-banded wave packets across an abrupt depth transition is
examined using both laboratory experiments and a fully nonlinear potential-flow model …