Add to ORKGThe analytical description of ship rolling in beam seas has become a classic problem. For large angles of roll a non-linear equation is used to describe the roll motion. The restoring moment of the hydrostatic force can be described by a cubic function
The paper deals with the numerical modeling of sway, roll and yaw motions of a floating body in time...
A safer and more reliable ship structure design needs continuous efforts in improving the estimation...
In this paper, the rolling motion of a ship is considered in connection with the possibility of havi...
The rolling motion of a ship has been described by a nonlinear differential equation explicitly taki...
In this paper the roll motion of a ship with particular regard to the nonlinearity phenomena is exam...
In setting a safe route for a ship, one of the problems to face is represented by excessive roll mot...
The paper addresses the roll behaviour of ships with significant restoring nonlinearities in beam wa...
The rolling motion of a ship has been described by a nonlinear differential equation explicitly taki...
To study the parametric instability of ship rolling in irregular waves, sensitivity analysis of roll...
The rolling motion of a ship has been described by a nonlinear differential equation explicitly taki...
A partly non-linear time-domain numerical model is used for the prediction of parametric roll resona...
Ship stability is evaluated at zero speed most of the time. Majority of the stability criteria is al...
Simulation of a ship’s roll motion through equation-based approaches requires restoring moment, adde...
A campaign of experiments on ship rolling in regular beam sea has been conducted on scale models in ...
In this paper the possibility of excitation of parametric rolling on a ship advancing in head sea co...
The paper deals with the numerical modeling of sway, roll and yaw motions of a floating body in time...
A safer and more reliable ship structure design needs continuous efforts in improving the estimation...
In this paper, the rolling motion of a ship is considered in connection with the possibility of havi...
The rolling motion of a ship has been described by a nonlinear differential equation explicitly taki...
In this paper the roll motion of a ship with particular regard to the nonlinearity phenomena is exam...
In setting a safe route for a ship, one of the problems to face is represented by excessive roll mot...
The paper addresses the roll behaviour of ships with significant restoring nonlinearities in beam wa...
The rolling motion of a ship has been described by a nonlinear differential equation explicitly taki...
To study the parametric instability of ship rolling in irregular waves, sensitivity analysis of roll...
The rolling motion of a ship has been described by a nonlinear differential equation explicitly taki...
A partly non-linear time-domain numerical model is used for the prediction of parametric roll resona...
Ship stability is evaluated at zero speed most of the time. Majority of the stability criteria is al...
Simulation of a ship’s roll motion through equation-based approaches requires restoring moment, adde...
A campaign of experiments on ship rolling in regular beam sea has been conducted on scale models in ...
In this paper the possibility of excitation of parametric rolling on a ship advancing in head sea co...
The paper deals with the numerical modeling of sway, roll and yaw motions of a floating body in time...
A safer and more reliable ship structure design needs continuous efforts in improving the estimation...
In this paper, the rolling motion of a ship is considered in connection with the possibility of havi...