Energy is the prime mover of economic growth and is vital to sustain a modern economic
and social development. Renewable energy applications have brought about significant …

Offshore wind turbines are always subjected to highly varying aerodynamic and
hydrodynamic loads which dictate the design phase of the wind turbine substructures. The …

Breaking wave impact on a vertical cylinder in shallow waters is investigated numerically
with the two-phase flow computational fluid dynamics model REEF3D. The model is based …

The benchmark simulations of wave run-up on a fixed single truncated circular cylinder and
four circular cylinders are presented in this paper. Our in-house CFD solver naoe-FOAM …

In real sea conditions, the effect of nonlinear phenomena, such as wave run-up and wave
pressure, on the foundations of offshore wind structures may threaten the safety of the …

A wave basin experiment has been performed to investigate the interactions between multi-
directional focused wave and vertical bottom-mounted cylinder. In this paper, a study on …

The relevance of long-term wave storm characterization based on in-situ measurements
extends from marine ecosystems management to the design of ocean engineering …

Wave runup is an important issue that needs to be considered in the design of offshore
structure such as wind turbine piles. Most of the recent proposed formulas for the estimation …

A hydrodynamic simulation of wave run-up heights and wave loads on three types of wind
turbine foundations, ie monopile, gravity-based and tripod support structures, was …

Wave run-up around foundations is a hot research topic in offshore wind engineering,
particularly for novel composite bucket foundations (CBFs). This study investigates wave run …