Add to ORKGIn this paper numerical simulations of parametric rolling have been performed. SAFEDOR, an EU funded benchmark study on the capability of different methods to predict such motion, was replicated here, in order to assess the quality of SHIPFLOW MOTIONS for the evaluation of this phenomenon. The code is a fully nonlinear 3D unsteady potential flow method. Since viscosity is not implicitly accounted for by a potential flow method, two different techniques are used here to introduce viscous damping coefficients in the roll motion equation. The results obtained with this method are aligned with the results from the best performing methods analyzed in the benchmark, showing a satisfactory match with experimental results
Parametric roll resonance is of concern for container and fishing vessels, especially in head-sea wa...
In this paper the possibility of excitation of parametric rolling on a ship advancing in head sea co...
For many types of floating structures, roll motion is the most important wave induced motion. More s...
In this paper numerical simulations of parametric rolling have been performed. SAFEDOR, an EU f...
Optimization of modern hulls when moving in a seaway puts new demands on the computational methods u...
Optimization of modern hulls when moving in a seaway puts new demands on the computational methods u...
In this paper, a non-linear time-domain method is used for the prediction of parametric roll resonan...
Getting the best possible accuracy with the lowest possible computational cost is an important facto...
The dynamic behaviour of a fishing vessel in waves is studied in order to reveal its parametric roll...
A partly non-linear time-domain numerical model is used for the prediction of parametric roll resona...
The paper examines several aspects related to practical assessment of parametric roll of container c...
In this paper, a simplified 2½-degree of freedom time-domain numerical method with non-linearity is ...
In this paper, two non-linear time domain numerical methods are used for the prediction of parametri...
In this paper, a numerical model was proposed to simulate the parametric rolling of ships in head se...
Accurately predicting the ship motions, is essential knowledge when operating in water. To predict t...
Parametric roll resonance is of concern for container and fishing vessels, especially in head-sea wa...
In this paper the possibility of excitation of parametric rolling on a ship advancing in head sea co...
For many types of floating structures, roll motion is the most important wave induced motion. More s...
In this paper numerical simulations of parametric rolling have been performed. SAFEDOR, an EU f...
Optimization of modern hulls when moving in a seaway puts new demands on the computational methods u...
Optimization of modern hulls when moving in a seaway puts new demands on the computational methods u...
In this paper, a non-linear time-domain method is used for the prediction of parametric roll resonan...
Getting the best possible accuracy with the lowest possible computational cost is an important facto...
The dynamic behaviour of a fishing vessel in waves is studied in order to reveal its parametric roll...
A partly non-linear time-domain numerical model is used for the prediction of parametric roll resona...
The paper examines several aspects related to practical assessment of parametric roll of container c...
In this paper, a simplified 2½-degree of freedom time-domain numerical method with non-linearity is ...
In this paper, two non-linear time domain numerical methods are used for the prediction of parametri...
In this paper, a numerical model was proposed to simulate the parametric rolling of ships in head se...
Accurately predicting the ship motions, is essential knowledge when operating in water. To predict t...
Parametric roll resonance is of concern for container and fishing vessels, especially in head-sea wa...
In this paper the possibility of excitation of parametric rolling on a ship advancing in head sea co...
For many types of floating structures, roll motion is the most important wave induced motion. More s...