A Dynamic Energy-Based Hysteresis Model for Pulsed-Operated Fast-Ramping Magnets
- Moll, Dominik et al
- arXiv:2509.04115
| Anhysteretic and hysteretic material response (ascending branch, major cycle). Input $b^*$ and target $h^*$ of the one-dimensional inverse hysteresis problem. |
| One quarter of the analyzed H-type dipole magnet. All lengths in millimeters. |
| farskip=2pt,captionskip=1ptfarskip=2pt,captionskip=1pt : BH in point A. |
| farskip=2pt,captionskip=1pt : BH in point B.farskip=2pt,captionskip=1pt : BH in point C. |
| farskip=2pt,captionskip=1pt : BH in point D.farskip=2pt,captionskip=1pt : BH loci in the ferromagnetic yoke. Static model: solid lines. Dynamic model: dashed lines. |
| farskip=2pt,captionskip=1pt : Caption not extracted |
| : Dipole component. |
| : Relative differences of dipole component compared to the dynamic hysteresis model. : Dipole component in the air gap center. |
| farskip=2pt,captionskip=1ptfarskip=2pt,captionskip=1pt : BH in point A. |
| farskip=2pt,captionskip=1pt : BH in point B.farskip=2pt,captionskip=1pt : BH in point C. |
| farskip=2pt,captionskip=1pt : BH in point D.farskip=2pt,captionskip=1pt : BH loci in the ferromagnetic yoke. Static model: solid lines. Dynamic model: dashed lines. |
| farskip=2pt,captionskip=1pt : Caption not extracted |
| : Dipole component. |
| : Relative differences of dipole component compared to the dynamic hysteresis model. : Dipole component in the air gap center. |