Add to ORKGThe coupling between roll and pitch motions has been studied starting from experimental results obtained from a scale model of a frigate in a severe beam sea. The application of a parameter identification technique allowed to discuss the suitability of several mathematical models to simulate the phenomenon. It appears that a single non-linear coupling coefficient is sufficient to have a satisfactory description of the effect of roll motion on pitch, while one term helps to fit the roll motion close to the roll peak
The paper investigates the motion response of a floating body under the action of small amplitude re...
A partly non-linear time-domain numerical model is used for the prediction of parametric roll resona...
Scale model experiments of roll decay in calm water and forced roll in a regular beam sea have been ...
To have reliable results by applying the modern methods of nonlinear dynamics, a realistic mathemati...
To have reliable results by applying the modern methods of Non-Linear dynamics, a realistic mathemat...
Scale model experiments of forced roll in a regular beam sea have been conducted on a fishing vessel...
In this paper the effect of the excitation modeling on the fitting capability of the nonlinear roll ...
This paper describes and compares three 1-DOF models for the description of roll dynamics in beam wa...
The paper addresses the roll behaviour of ships with significant restoring nonlinearities in beam wa...
To highlight the behaviour of a ship in critical conditions in beam waves, a campaign of experiments...
A series of experiments conducted on a small fishing vessel in beam waves at constant displacement a...
A campaign of experiments on ship rolling in regular beam sea has been conducted on scale models in ...
The analytical description of ship rolling in beam seas has become a classic problem. For large angl...
Simulation of a ship’s roll motion through equation-based approaches requires restoring moment, adde...
This study investigates the roll motion of a ship with low metacentric height and significantly nonl...
The paper investigates the motion response of a floating body under the action of small amplitude re...
A partly non-linear time-domain numerical model is used for the prediction of parametric roll resona...
Scale model experiments of roll decay in calm water and forced roll in a regular beam sea have been ...
To have reliable results by applying the modern methods of nonlinear dynamics, a realistic mathemati...
To have reliable results by applying the modern methods of Non-Linear dynamics, a realistic mathemat...
Scale model experiments of forced roll in a regular beam sea have been conducted on a fishing vessel...
In this paper the effect of the excitation modeling on the fitting capability of the nonlinear roll ...
This paper describes and compares three 1-DOF models for the description of roll dynamics in beam wa...
The paper addresses the roll behaviour of ships with significant restoring nonlinearities in beam wa...
To highlight the behaviour of a ship in critical conditions in beam waves, a campaign of experiments...
A series of experiments conducted on a small fishing vessel in beam waves at constant displacement a...
A campaign of experiments on ship rolling in regular beam sea has been conducted on scale models in ...
The analytical description of ship rolling in beam seas has become a classic problem. For large angl...
Simulation of a ship’s roll motion through equation-based approaches requires restoring moment, adde...
This study investigates the roll motion of a ship with low metacentric height and significantly nonl...
The paper investigates the motion response of a floating body under the action of small amplitude re...
A partly non-linear time-domain numerical model is used for the prediction of parametric roll resona...
Scale model experiments of roll decay in calm water and forced roll in a regular beam sea have been ...