This article describes a Matlab toolbox for parametric identification of fluid-memory models associated with the radiation forces ships and offshore structures. Radiation forces are a key component of force-to- motion models used in simulators, motion control designs, and also for initial performance evaluation of wave-energy converters. The software described provides tools for preparing non-parmatric data and for identification with automatic model-order detection. The identification problem is considered in the frequency domain
The paper presents a method for generating a new and efficient time-domain formulation of the equati...
The aim of this research is to implement hydrodynamic forces into the Moving Frame Method (MFM) to e...
It is well known that the Morison equation has a limited capability in predicting wave forces on sle...
This article describes a Matlab toolbox for parametric identification of fluid-memory models associa...
This article describes a Matlab toolbox for parametric identification of fluid-memory models associa...
The dynamics describing the motion response of a marine structure in waves can be represented within...
The motion response of marine structures in waves can be studied using finite-dimensional linear-tim...
Several methods have been developed to identify a parametric model thatrepresents the radiation forc...
This paper presents a discussion on the use of MIMO and SISO techniques for identification of the ra...
Cummins’ equation is commonly used to describe the motion of Wave Energy Converters (WECs), where th...
Within the ocean engineering literature, and, particularly, within the wave energy research and hyd...
This paper reviews different possibilities to obtain the radiation forces for time-domain simulation...
Hydrodynamic models are important for the design and control of wave energy converters. Tradi...
In this paper, a new state-space model of the potential-radiation hydrodynamics in moored ocean engi...
The motion of a Wave Energy Converter (WEC) can be described in terms of a particular integro-diffe...
The paper presents a method for generating a new and efficient time-domain formulation of the equati...
The aim of this research is to implement hydrodynamic forces into the Moving Frame Method (MFM) to e...
It is well known that the Morison equation has a limited capability in predicting wave forces on sle...
This article describes a Matlab toolbox for parametric identification of fluid-memory models associa...
This article describes a Matlab toolbox for parametric identification of fluid-memory models associa...
The dynamics describing the motion response of a marine structure in waves can be represented within...
The motion response of marine structures in waves can be studied using finite-dimensional linear-tim...
Several methods have been developed to identify a parametric model thatrepresents the radiation forc...
This paper presents a discussion on the use of MIMO and SISO techniques for identification of the ra...
Cummins’ equation is commonly used to describe the motion of Wave Energy Converters (WECs), where th...
Within the ocean engineering literature, and, particularly, within the wave energy research and hyd...
This paper reviews different possibilities to obtain the radiation forces for time-domain simulation...
Hydrodynamic models are important for the design and control of wave energy converters. Tradi...
In this paper, a new state-space model of the potential-radiation hydrodynamics in moored ocean engi...
The motion of a Wave Energy Converter (WEC) can be described in terms of a particular integro-diffe...
The paper presents a method for generating a new and efficient time-domain formulation of the equati...
The aim of this research is to implement hydrodynamic forces into the Moving Frame Method (MFM) to e...
It is well known that the Morison equation has a limited capability in predicting wave forces on sle...