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  1. Optimizing Designs with High Throughput Computing

    Brooklin J. Gore, University of Wisconsin-Madison

  2. Variable Characteristics Motors (Matrix motor and CMMF motor)

    Kan Akatsu, Shibaura Institute of Technology

  3. Voltage Boost Type Drive Circuit without Additional Reactor for Switched Reluctance Motor

    Nobukazu Hoshi, Tokyo University of Science

  4. Development of a Ferrite Permanent Magnet Axial Gap Motor with Segmented Rotor Structure

    Masatsugu Takemoto, Hokkaido University

  5. Novel Permanent Magnet Brushless Machines and Applications

    Z.Q. Zhu, University of Sheffield, UK

  6. Variable-Magnetic-Flux Motors for Opening up a World of the New Motor-Drive Technology

    Kazuto Sakai, Toyo University

  7. Studies on Less Rare-Earth Permanent Magnet Hybrid Excitation Motor with High Power Density

    Takashi Kosaka, Omohi College, Graduate School of Engineering, Nagoya Institute of Technology

  8. Enabling multiphysics solutions with JMAG and Abaqus

    Dr. D'SOUZA Karl, SIMULIA - Dassault Systemes Simulia Corp

  9. Latest advancements in noise and vibration simulation in support of electrical motors and power electronics.

    Koen De Langhe,LMS International

  10. On the role of Process Integration and Design Optimization in ECO Electric Motor Design; a proposition

    Nick Tzannetakis, Noesis Solutions

  11. Multi-Physics Analysis with JMAG-Designer: Current Capabilities and Future Directions

    David Dibben, JSOL Corporation

  12. Latest Advancements in Motor Hardware-In-the-Loop Simulation (HILS) based on JMAG-RT

    Simon Abourida, Opal-RT Technologies, Inc.

  13. Introducing the modeFRONTIER JMAG-Designer Direct Interface

    Seiji Nishita, Home Appliances Company Panasonic Corporation

  14. Implementation and Case Study of High Performance/Low Cost Motor HILS using JMAG-RT

    Shusaku Hayakawa, National Instruments Japan Corporation

  15. The Future of JMAG-RT for Furthering Model Based Design

    Toshie FURUBAYASHI, JSOL Corporation

  16. Basic Investigation on Magnetic Pole Changing Type Linear Stepping Actuator using Inverse Magnetostrictive Effect. (With JMAG Simulation)

    Masayuki Sugasawa, Systems and Information Engineering Department of Intelligent Interaction, Technologies, University of Tsukuba

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