IPM Motor

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  1. [L-OP-218] Optimization of Materials as Design Variables

    This case study runs a multi-objective geometry and material optimization of an IPM motor to minimize the iron losses and material costs. The material optimization evaluates nine …

  2. [W-VI-192] Proposal for System-level Noise/Vibration Design Process Using Transfer Functions

    This paper proposes a new system-level noise and vibration design process that takes advantage of transfer functions to realize designs that account for the magnetic characteristi…

  3. [L-HT-219] N-T Curve Evaluations Accounting for Short-Time Operation Characteristics

    This case study obtains the N-T curves for a nabla-shaped IPM motor under various duty cycles while taking into account the temperature limits of each part. The analysis results i…

  4. [JAC317] Optimization via a Surrogate Model Using Materials as Design Variables

    This case study runs a material optimization of an IPM motor that minimizes the iron losses and material costs to select the best core from three types of materials: electromagnet…

  5. [JAC319] Design Exploration of an IPM Motor Using an Offline Optimization

    This document introduces a process for an offline optimization run using a surrogate model to explore design solutions that satisfy the requirements in less time while also reduci…

  6. [L-MO-216] Evaluating Motors Designs via Efficiency Maps While Accounting for Power Limits

    This case study evaluates the efficiency maps and operating points of an IPM motor during the drive cycle while accounting for the power limits.

  7. Modeling the Life Cycle of PM Rotor Performance from Magnetizing to Demagnetizing

    Alireza Fatemi, General Motors

  8. Advancing CSC Electrical Steels: From Material Development to Measurement and Prototype Applications

    Chen Guan-Ming, China Steel Corporation

  9. A Study on Optimal Combinations of Winding and Cooling Methods for Downsizing Power Units in Motorcycles Utilizing JMAG 1D Thermal Analysis

    Ryota Otaki, YAMAHA MOTOR CO., LTD.

  10. Challenges for Wide Frequency Band Operation of Inverter Drive Motors

    Kazumasa Ide, Nagoya University

  11. High Fidelity 3D Virtual Prototype Integration into a Rapid Innovation Loop

    Jacob Krizan, Ford Motor Company

  12. What Is the Role of JMAG in the Electric Machine Design?

    Po-Chang Hung, Gogoro Inc.

  13. Introduction to a New Motor Design Approach and BEV Optimization for Product Planning

    Seiji Fukui, Mazda Motor Corporation

  14. Machine learning in traction motor design – fragile hype or real revolution? An experience report.

    Louis Jäkel, IAV Japan Co., Ltd.

  15. Data-Driven Optimization of E-Machines Considering the Powertrain of Electric Vehicles

    Maximilian Clauer, Dr. Ing. h.c. F. Porsche AG

  16. Importance of Wide-Band Support in Motor Loss Evaluations – Measurements and Analyses Accounting for Ringing Loss

    Masakazu Akahane, HIOKI E.E. CORPORATION / Hiroyuki Sano, JSOL Corp.

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