Application / Solutions
Motor Design
Our accumulated knowledge and experience in motor design enables us to provide powerful yet easy to use simulation technologies.
Robotics
The technological growth in the robotics field, including humanoid robots, has been remarkable, with advancements in motors and actuators, which are key to drive and control technologies.
The Future of Data-Driven Design Unleashed by AI
With the evolution of AI, we are transitioning from an era where "humans operate tools" to one where "AI agents operate JMAG to autonomous design." Through synergy with AI, JMAG will drastically accelerate the reality of data-driven design.
Superconductivity
Superconducting machines require multiphysics evaluations. This includes not only magnetic evaluations to analyze the high magnetic flux density but also thermal evaluations to obtain high current and temperature rises in addition to strength evaluations when applying powerful Lorentz forces.
Model-Based Development
JMAG, which has a high track record in motor design, proposes a new workflow for model-based development.
Thermal Analysis for Motor Design in JMAG
Within increasing demand for even higher efficiency and power in motor development, there is also the increase in demand for thermal design from electromagnetic design engineers. A thermal design method that balances both accuracy and ease of use is required in the electromagnetic design stage.
Wound Field Synchronous Motor
Wound-field and electrically-excited synchronous motors (WFSM/EESM) are given attention as traction motor that requires high efficiency in a wide operating range.
JMAG Open Interface programs
This page has been updated for ease of use and provides valuable information such as the necessity of coupled analysis, and the Multi-Purpose File Export Tool.
Case studies by users and applications for JMAG open interface programs are also available on this page.
Case studies by users and applications for JMAG open interface programs are also available on this page.
