This paper reviews the state-of-the-art research progress of large-scale model at-sea
measurements in relation to ship resistance, propulsion, manoeuvrability, seakeeping and …

This paper presents a co-simulation method for numerical prediction of nonlinear
hydroelastic response of ship advancing in severe wave conditions. Two-way coupling of …

A computational fluid dynamics (CFD) based Unsteady Reynolds Averaged Navier–Stokes
and Volume of Fluid model solver is adopted to estimate ship motion responses in bi …

A two-way fluid structure interaction (FSI) of CFD–FEA numerical method is adopted to
predict ship motions, wave loads and hydroelastic responses in regular waves. In the FSI …

This paper presents calculations of ship motions, slamming occurrence probability and
slamming loads on the bow of a ship hull in irregular waves. The results are compared with …

This work investigates different methodologies for the prediction of uncertainties related to
ship fuel consumption along a specific route. Ensemble weather forecasts are adopted to …

Towing-tank experiments of coupled pitch and heave motions are presented for a surface
combatant advancing in regular head waves. The data include ballasting parameters, time …

A strip theory based partially nonlinear time domain code is extended to include body
nonlinearity in the calculation of radiation and diffraction forces, which expresses the …

A time-domain technique based on Artificial Neural Networks (ANN's) for estimating wave-
induced ship hull bending moment and shear force from ship motions, which are calculated …

The vertical response of an Ultra Large Containership in high seas is analysed by means of
numerical methods, which are compared with experiments. The experiment was conducted …