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An engineer's diary

[No. 34] Some essential features of the synchronous reluctance motor

This week’s JMAG application…

41 - Positioning Control Analysis of a Permanent Magnet Linear Motor Using the Control Simulator and the JMAG-RT

JMAG Users Conference Proceedings

Study of Optimum IH Coil Design for the Improved Induction Hardening Pattern

On-demand Webinar

[Vol.013] Preliminary Design of a 3-phase Induction Motor (Part 6 : Equivalent circuit; Stator slot-leakage reactance)

Application / Solutions

  1. Model-Based Development

    • JMAG, which has a high track record in motor design, proposes a new workflow for model-based development.

  2. Motor Design

    • Our accumulated knowledge and experience in motor design enables us to provide powerful yet easy to use simulation technologies.

  3. Induction Heating

    • JMAG correctly reproduces and visualizes the induction-heating phenomenon that changes intricately, and realizes the optimal design for various purposes using induction heating.

  4. JMAG’s Contribution to Thermal Design

    • Prediction of heat generation can be done with high accuracy, and measures against heat at the design stage can be taken.

  5. JMAG’s Contribution to Vibration Analysis

    • JMAG accurately obtains electromagnetic and magnetostrictive forces, computes generated vibrations based on these forces, and further, obtains sound pressure distributions in surrounding areas.

  6. JMAG’s Value in System Design

    • Evaluating motor geometries and configurations at system design allows efficient development with less rework.

  7. Utilizing JMAG in Cloud Services

    • Cloud services enable analysis work using sufficient computation resources anytime, anywhere.

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