Hydrodynamics of wind-assisted ship propulsion verification and validation of RANS methodology

Validation of a simple aerodynamic model capable to predict the interaction effects occuring between two generic wind propulsion systems

Generating and absorbing boundary conditions for combined wave-current simulations

An analysis method to evaluate the added resistance in short waves considering bow wave breaking

The application of particle image velocimetry for the analysis of high-speed craft hydrodynamics

Efficient and accurate PLIC-VOF techniques for numerical simulations of free surface water waves

Bilge keel loads and hull pressures created by bilge keels fitted to a rotating cylinder

Wind-assist ship propulsion

Wind-assisted ship propulsion: A review and development of a performance prediction program for commercial ships

High order geometric methods with exact conservation properties

The effect of different volume-of-fluid (VOF) methods on energy dissipation in simulations of propagating waves

Evaluation of directional analysis methods for low-frequency waves to predict LNGC motion response in nearshore areas

Loads for use in the design of ships and offshore structures

LIMITATIONS ON THE CREATION OF CONTINUOUSLY SURFABLE WAVES GENERATED BY A PRESSURE SOURCE MOVING IN A CIRCULAR PATH

Limitations on the creation of continuously surfable waves generated by a pressure source moving in a circular path

Smart control of fast ships. Part 1: A setup for automated proactive control of the thrust used increase the operability of a small planing monohull sailing in head seas

Smart control of fast ships. Part 2: A coceptual model of automated proactive thrust control

Influence of the ice concentration of the ice loads on the hull of a ship in managed ice field

Investigating the use of the Hilbert-Huang transform for the analysis of Freek Waves

Smart control of fast ships - part 1: a setup for automated proactive control of the thrust used to increase the operability of a small planing monohull sailing in head seas