Forcing by steep regular water waves on a vertical circular cylinder at finite depth was
investigated numerically by solving the two-phase incompressible Navier–Stokes equations …

The response from steep and breaking waves for a monopile structure is investigated by
analysis of experimental results and by application of numerical models for six irregular sea …

This paper develops a general probabilistic framework for resilience modeling and analysis
of offshore wind farm (OWF), and illustrates how such a framework may be implemented …

Loads from extreme waves can be dimensioning for the substructures of offshore wind
turbines. The DeRisk project (2015-2019) aims at an improved load evaluation procedure …

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 …

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 …

Wave-induced loads on an offshore monopile were investigated using a viscous-flow solver
and a potential-flow solver. Considered were only two steep regular wave trains, with the …

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 …

The present paper aims to reproduce an extreme event extracted from an experimental time
series relative to 2D long crested irregular waves. The experimental values are relative to …

The effect of bed slope on the force statistics and shape of the force time history around the
force peak is investigated numerically with a fully nonlinear wave model and FORM …