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 …

This paper presents new results regarding numerical simulations of breaking wave impacts
on a surface-piercing cylinder. The computational fluid dynamics solver, code_saturne …

The design methods for highly nonlinear wave loads on monopile structures has over the
past years been extended with methods based on pre-computed fully nonlinear wave …

We investigate the harmonic structure of wave-induced loads on vertical cylinders with
dimensions comparable to those used to support offshore wind turbines. Many offshore wind …

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 …

A laboratory model study is performed to investigate the characteristics of wave impact
pressures on a monopile substructure for offshore wind turbines subjected to breaking …

This study examines the influence of probabilistic models for wave parameters in the joint
environmental model and hydrodynamic/soil models on extreme mudline bending moments …

A method to compute the second-order free surface elevation, depth integrated force and
mud line moment for a slender circular vertical cylinder is presented. The method is valid for …

In order to predict nonlinear wave loading on marine structures, a fully nonlinear higher-
order finite difference based potential flow solver with all boundary conditions treated by an …

A machine learning time-series prediction approach is proposed for wave propagation and
wave load prediction. Under unidirectional wave conditions and variable bathymetry, given …