QUONDAM ANTONIO, SIMONE
QUONDAM ANTONIO, SIMONE
DIPARTIMENTO DI INGEGNERIA
A challenging hysteresis operator for the simulation of Goss-textured magnetic materials
2017 Cardelli, Ermanno; Faba, Antonio; Laudani, Antonino; Pompei, Michele; QUONDAM ANTONIO, Simone; Fulginei, Francesco Riganti; Salvini, Alessandro
A moving approach for the Vector Hysteron Model
2016 Cardelli, Ermanno; Faba, Antonio; Laudani, A.; QUONDAM ANTONIO, Simone; Riganti Fulginei, F.; Salvini, A.
An effective neural network approach to reproduce magnetic hysteresis in electrical steel under arbitrary excitation waveforms
2021 Quondam Antonio, S.; Riganti Fulginei, F.; Laudani, A.; Faba, A.; Cardelli, E.
An overview of non-destructive testing of goss texture in grain-oriented magnetic steels
2021 Faba, A.; Quondam Antonio, S.
Analysis of AC/DC power converters for electrical vehicles
2022 Hassan, Shehata; Belloni, Elisa; Faba, Antonio; QUONDAM ANTONIO, Simone; Cardelli, Ermanno
Analytical formulation to estimate the dynamic energy loss in electrical steels: Effectiveness and limitations
2020 Quondam Antonio, S.; Lozito, G. M.; Ghanim, A. M.; Laudani, A.; Rimal, H.; Faba, A.; Chilosi, F.; Cardelli, E.
Comparison between different models of magnetic hysteresis in the solution of the TEAM 32 problem
In corso di stampa Cardelli, E.; Faba, A.; Laudani, A.; Quondam Antonio, S.; Ghanim, A. M.
Dynamic hysteresis modelling of soft magnetic materials for automotive applications
2017 Antonio, S. Quondam; Pompei, M.
Generalization of the vector hysteron model through the dependence of moving functions on frequency
2017 Laudani, Antonino; Lozito, Gabriele-Maria; Riganti-Fulginei, Francesco; Salvini, Alessandro; Cardelli, Ermanno; Faba, Antonio; Quondam, Simone
Hysteresis Modelling in Additively Manufactured FeSi Magnetic Components for Electrical Machines and Drives
2024 Faba, A.; Riganti Fulginei, F.; Quondam Antonio, S.; Stornelli, G.; Di Schino, A.; Cardelli, E.
Implementation of the Single Hysteron Model in a Finite Element Scheme
2017 Cardelli, E.; Faba, A.; Laudani, A.; Lozito, G.; Antonio, S. Quondam; Fulginei, F. Riganti; Salvini, A.
Implementation of the Single Hysteron Model in a Finite-Element Scheme
2017 Cardelli, E.; Faba, A.; Laudani, A.; Lozito, G. M.; Quondam Antonio, S.; Riganti Fulginei, F.; Salvini, A.
In-plane magnetic anisotropy detection for crystal grain orientation in Goss-textured ferromagnets
2017 Cardelli, E.; Candeloro, D.; Faba, A.; Pompei, M.; Antonio, S. Quondam
In-Plane Magnetic Anisotropy Detection of Crystal Grain Orientation in Goss-Textured Ferromagnets
2017 Candeloro, D.; Cardelli, E.; Faba, A.; Pompei, M.; Quondam Antonio, S.
Magnetic losses in Si-Fe alloys for avionic applications
2017 Cardelli, Ermanno; Faba, Antonio; Pompei, Michele; QUONDAM ANTONIO, Simone
Magnetization processes of non oriented electrical steels: Vector hysteresis and energy losses measurements
2015 QUONDAM ANTONIO, Simone; Pompei, Michele
Materials characterization by Inverse Neural Network approach
2016 Carcangiu, S.; Fanni, A.; Montisci, A.; Cardelli, E.; Faba, A.; QUONDAM ANTONIO, Simone
Measuring magnetic losses in Si-Fe alloys with rotating polarization
2016 Pompei, M.; Antonio, S. Quondam
Modeling of the magnetocrystalline cubic anisotropy in Fe-Si electrical steels
2015 QUONDAM ANTONIO, Simone; Pompei, Michele
Modelling of dynamic losses in soft ferrite cores
2020 Rimal, H. P.; Ghanim, A. M.; Quondam Antonio, S.; Lozito, G. M.; Faba, A.; Cardelli, E.
| Titolo | Data di pubblicazione | Autore(i) | File |
|---|---|---|---|
| A challenging hysteresis operator for the simulation of Goss-textured magnetic materials | 2017 | Cardelli, Ermanno; Faba, Antonio; Laudani, Antonino; Pompei, Michele; QUONDAM ANTONIO, Simone; Fulginei, Francesco Riganti; Salvini, Alessandro | |
| A moving approach for the Vector Hysteron Model | 2016 | Cardelli, Ermanno; Faba, Antonio; Laudani, A.; QUONDAM ANTONIO, Simone; Riganti Fulginei, F.; Salvini, A. | |
| An effective neural network approach to reproduce magnetic hysteresis in electrical steel under arbitrary excitation waveforms | 2021 | Quondam Antonio, S.; Riganti Fulginei, F.; Laudani, A.; Faba, A.; Cardelli, E. | |
| An overview of non-destructive testing of goss texture in grain-oriented magnetic steels | 2021 | Faba, A.; Quondam Antonio, S. | |
| Analysis of AC/DC power converters for electrical vehicles | 2022 | Hassan, Shehata; Belloni, Elisa; Faba, Antonio; QUONDAM ANTONIO, Simone; Cardelli, Ermanno | |
| Analytical formulation to estimate the dynamic energy loss in electrical steels: Effectiveness and limitations | 2020 | Quondam Antonio, S.; Lozito, G. M.; Ghanim, A. M.; Laudani, A.; Rimal, H.; Faba, A.; Chilosi, F.; Cardelli, E. | |
| Comparison between different models of magnetic hysteresis in the solution of the TEAM 32 problem | In corso di stampa | Cardelli, E.; Faba, A.; Laudani, A.; Quondam Antonio, S.; Ghanim, A. M. | |
| Dynamic hysteresis modelling of soft magnetic materials for automotive applications | 2017 | Antonio, S. Quondam; Pompei, M. | |
| Generalization of the vector hysteron model through the dependence of moving functions on frequency | 2017 | Laudani, Antonino; Lozito, Gabriele-Maria; Riganti-Fulginei, Francesco; Salvini, Alessandro; Cardelli, Ermanno; Faba, Antonio; Quondam, Simone | |
| Hysteresis Modelling in Additively Manufactured FeSi Magnetic Components for Electrical Machines and Drives | 2024 | Faba, A.; Riganti Fulginei, F.; Quondam Antonio, S.; Stornelli, G.; Di Schino, A.; Cardelli, E. | |
| Implementation of the Single Hysteron Model in a Finite Element Scheme | 2017 | Cardelli, E.; Faba, A.; Laudani, A.; Lozito, G.; Antonio, S. Quondam; Fulginei, F. Riganti; Salvini, A. | |
| Implementation of the Single Hysteron Model in a Finite-Element Scheme | 2017 | Cardelli, E.; Faba, A.; Laudani, A.; Lozito, G. M.; Quondam Antonio, S.; Riganti Fulginei, F.; Salvini, A. | |
| In-plane magnetic anisotropy detection for crystal grain orientation in Goss-textured ferromagnets | 2017 | Cardelli, E.; Candeloro, D.; Faba, A.; Pompei, M.; Antonio, S. Quondam | |
| In-Plane Magnetic Anisotropy Detection of Crystal Grain Orientation in Goss-Textured Ferromagnets | 2017 | Candeloro, D.; Cardelli, E.; Faba, A.; Pompei, M.; Quondam Antonio, S. | |
| Magnetic losses in Si-Fe alloys for avionic applications | 2017 | Cardelli, Ermanno; Faba, Antonio; Pompei, Michele; QUONDAM ANTONIO, Simone | |
| Magnetization processes of non oriented electrical steels: Vector hysteresis and energy losses measurements | 2015 | QUONDAM ANTONIO, Simone; Pompei, Michele | |
| Materials characterization by Inverse Neural Network approach | 2016 | Carcangiu, S.; Fanni, A.; Montisci, A.; Cardelli, E.; Faba, A.; QUONDAM ANTONIO, Simone | |
| Measuring magnetic losses in Si-Fe alloys with rotating polarization | 2016 | Pompei, M.; Antonio, S. Quondam | |
| Modeling of the magnetocrystalline cubic anisotropy in Fe-Si electrical steels | 2015 | QUONDAM ANTONIO, Simone; Pompei, Michele | |
| Modelling of dynamic losses in soft ferrite cores | 2020 | Rimal, H. P.; Ghanim, A. M.; Quondam Antonio, S.; Lozito, G. M.; Faba, A.; Cardelli, E. |