Session Details
[P1]Applications
Mon. Jul 28, 2025 4:30 PM - 6:00 PM JST
Mon. Jul 28, 2025 7:30 AM - 9:00 AM UTC
Mon. Jul 28, 2025 7:30 AM - 9:00 AM UTC
Blue zone, Conference rooms 101 and 102(1F)
[P1-39]Dynamic evaluation in motors of variable magnetic flux magnets
*Kenji Takeda1 (1. TDK Corporation (Japan))
[P1-40]High Magnetic Flux Rotor Core for IPM Motor through Partial Non-Magnetic Improvement of Silicon Steel
*Norihiko Hamada1, Hironari Mitarai1, Katsunari Oikawa2, Satoshi Sugimoto2 (1. Aichi Steel Corporation (Japan), 2. Tohoku University (Japan))
[P1-41]Development of 200,000rpm SPM small motor using rare earth anisotropic bonded magnets
Takenobu Yoshimatsu1, *Chisato Mishima1, Eiki Kikuchi1, Yoshinobu Honkura1, Junichi Asama2 (1. MagDesign corporation (Japan), 2. Shizuoka University (Japan))
[P1-42]A new magnetization methods that supports high-performance magnets applied to IPMSMs for EV/HEV and new motors such as spoke type motor
*Michitaka Hori1, Naoya Tomita1, Kazuki Akiyama1 (1. Nihon Denji Sokki Co., LTD. (Japan))
[P1-43]Advantages of Manufacturing Radially Oriented Ring Magnets through Hot Forming and the Impact on Electrical Machines
*Martin Krengel1, Stefan Schmülling1, Lukas Schäfer2, Semih Ener2, Burçak Ekitli2, Oliver Gutfleisch2 (1. WILO SE (Germany), 2. TU Darmstadt / Functional Materials (Germany))
[P1-44]Design Considerations for Post Assembly Magnetising of Permanent Magnet Rotors
*Matthew Joseph Swallow1 (1. Bunting Magnetics Ltd (UK))
[P1-45]Formation of ferromagnetic clusters affecting the first-order phase transition in off-stochiometric Fe-Rh
*Alex Aubert1, Konstantin Skokov1, Andrei Rogalev2, Alisa Chirkova1, Benedikt Beckmann1, Fernando Maccari1, Fabrice Wilhelm2, Esmaeil Adabifiroozjaei3, Leopoldo Molina-Luna3, Gabriel Gomez4, Benedikt Eggert4, Katharina Ollefs4, Heiko Wende4, Oliver Gutfleisch1 (1. Functional Materials, TU Darmstadt (Germany), 2. ESRF (France), 3. Advanced Electron Microscopy, TU Darmstadt (Germany), 4. CENIDE, University of Duisburg-Essen (Germany))
[P1-46]A Compact 4 Tesla Permanent Magnet Field Source with Reduced Structural Complexity
*Min Zou1, Hui Meng2, Yan Shen3, George Mizzell4, Christina H Chen3 (1. Lab Magnetics Inc., San Jose, CA, USA (United States of America), 2. Foresee Group, Hangzhou, Zhejiang, China (China), 3. Quadrant Solutions Inc., San Jose, CA, USA (United States of America), 4. SuperMagnetMan, Pelham, AL, USA (United States of America))
[P1-47]Development strategy of Fe-Cr-Co alloy powder for high-performance microwave absorbers and noise suppression sheets
*Saijian Ajia1, Mitsuharu Sato1,2, Hirotaka Asa1,3, Tomoki Ishijima1,4, Yasushi Endo1, Masashi Matsuura1, Satoshi Sugimoto1 (1. Graduate School of Engineering, Tohoku University (Japan), 2. Present: Research Institute for Electromagnetic Materials (Japan), 3. Present: PwC Consulting LLC (Japan), 4. Present: TDK Corporation (Japan))
[P1-48]Development of RE2(Fe,Co)14B (RE = rare-earth) compounds for transverse thermoelectric applications
*Babu Madavali1, Fuyuki Ando1, Zulfa Hilmi Kautsar1, Takamasa Hirai1, Ken-ichi Uchida1,2, Xin Tang1, Hossein Sepehri-Amin1 (1. National Institute for Materials Science (NIMS) (Japan), 2. The University of Tokyo, Kashiwa (Japan))
[P1-49]Coercivity mechanism of rare earth-free Cr substituted Mn1-xCrxAlGe for “thermoelectric permanent magnet” applications
*Andres Martin-Cid1, Babu Madavali1, Fuyuki Ando1, Yuya Sakuraba1, Ken-ichi Uchida1,2, Hossein Sepehri-Amin1 (1. National Institute for Materials Science (NIMS) (Japan), 2. Department of Advanced Materials Science, Graduate School of Frontier Sciences, The University of Tokyo (Japan))