Session Details
[P1-7]Rotating Electrical Machines 1
Tue. Jun 2, 2026 12:40 PM - 2:00 PM JST
Tue. Jun 2, 2026 3:40 AM - 5:00 AM UTC
Tue. Jun 2, 2026 3:40 AM - 5:00 AM UTC
Poster7(Event & Exhibition Hall)
Chair:Yasuhito Takahashi(Doshisha University)
[P1-7-01]Design and Optimization of High-Speed IPMSM Stators Using Fe-Co Electrical Steel for Enhanced Power Density in Aerospace Propulsion
*DAEYEONG JI1, DONGWOO LEE2, JAEHWAN LEE2, HOJOON LEE1 (1. Dankook University (Korea), 2. Cheongju University (Korea))
[P1-7-02]An Integrated Design Approach for Power Factor and Efficiency Enhancement in PM Vernier Machines Using Hybrid Stator with Magnetic End Caps
*Po-Wei Huang1,2, Tsung-Wei Chang3, Shen-Han Jian2, I-Hua Jiang2, Mi-Ching Tsai1,2 (1. Department of Mechanical Engineering, National Cheng Kung University (Taiwan), 2. Electric Motor Technology Research Center, National Cheng Kung University (Taiwan), 3. Department of Vehicle Engineering, National Kaohsiung University of Science and Technology (Taiwan))
[P1-7-03]Comparative Study of PM Synchronous Machine and PM Vernier Machine for eVTOL Applications
*Ziang Wang1,2, Dawei Li1,2, Yu Zhao1,2, Ronghai Qu1,2 (1. State Key Laboratory of High-Density Electric Energy Conversion (China), 2. School of Electrical and Electronic Engineering Huazhong University of Science & Technology (China))
[P1-7-04]Data-Driven Bayesian Inference for High-Fidelity Material Property Characterization in Electrical Machines
*Marc Ramos Friedmann1, Calina Ciuhu1, Doga Ceylan1, Marko Merdzan1, Elena Lomonova1 (1. Eindhoven University of Technology (Netherlands))
[P1-7-05]Study on Increasing Power Density of Motor for Large Drones
*Satoru Ota1, Kazuma Hikida1, Takashi Okitsu1, Masatsugu Takemoto2, Ren Tsunata2 (1. Power Electronics & Drive Systems Research Dept., Advanced Technology Research Laboratories, Research & Development Group, MEIDENSHA CORPORATION (Japan), 2. Graduate School of Environmental, Life, Natural Science and Technology, Okayama University, Okayama (Japan))
[P1-7-06]Study on Magnet Eddy Current Loss Reduction by Applying Copper Foil around the Magnets in Interior Permanent Magnet Synchronous Motors
*Junji Kitao1, Takahiro Mizuta1 (1. Mitsubishi Electric Corporation (Japan))
[P1-7-07]Speed Oscillation Damping Algorithm for I-F Speed Control of Synchronous Motors
*Yerim Shim1, Dongyeob Han2, Jaeyong Kim2, Sungmin Kim2 (1. Hyundai Elevator (Korea), 2. Hanyang university ERICA campus (Korea))
[P1-7-08]Geometry Optimization of Brushless Permanent Magnet Synchronous Machines for Household Appliances
*Nejat Saed1, Klaus Krischan1, Annette Muetze1 (1. Graz University of Technology (Austria))
[P1-7-09]Methods for Calculating and Reducing Surge Voltages Caused by Recovery Currents of Diodes Connected to Synchronous Generators
*Daisuke Kori1, Takayuki Koyama2, Hiroyuki Sato2, Shuhei Sato2 (1. Hitachi,Ltd Research Department (Japan), 2. Hitachi Industrial Products, Ltd (Japan))
[P1-7-10]Controllability-Oriented Design Method of Electrically-Excited Synchronous Machines in Pumped-Storage Hydropower Plants
*Seyedali Seyedbouzari1, Annette Muetze1, Johann Peter Bacher1, Boštjan Polajžer2 (1. Graz University of Technology (Austria), 2. University of Maribor (Slovenia))
[P1-7-11]Torque Ripple Reduction Mechanism of Flux Barrier in Synchronous Reluctance Motor
*Yuki Hidaka1, Kazumasa Ide2 (1. Ritsumeikan University (Japan), 2. Nagoya University (Japan))
[P1-7-12]Torque Ripple Optimized Design of a Synchronous Reluctance Machine with Concentrated Windings
*Mario Nikowitz1, Manfred Schrödl1 (1. TU Wien (Austria))
[P1-7-13]Step-out Suppression using External Impedance for Motor-generator set Driven Synchronous Reluctance Motors in Equivalent Load Testing
*Yamamoto Shunsuke1, Yuki Hidaka2, Takumi Murakami2, Fumiya Koga3, Sunao Wakasugi3, Masatsugu Oyamada3 (1. Nagaoka University of Technology (Japan), 2. Ritsumeikan University (Japan), 3. TMEIC Corporation (Japan))
[P1-7-14]Comparative Evaluation of Rotor Segmentation Strategies for Eddy-Current Loss Reduction in Additively Manufactured Multi-Material Synchronous Reluctance Rotors
*Siddique Akbar1, Amir Ebrahimi3, Bernd Ponick2 (1. Profluxx GmbH (Germany), 2. Institute for Drive Systems and Power Electronics (Germany), 3. Institute for Electrical Drives, Power Electronics and Components (Germany))