Application / Solutions
Model-Based Development
JMAG, which has a high track record in motor design, proposes a new workflow for model-based development.
Motor Design
Our accumulated knowledge and experience in motor design enables us to provide powerful yet easy to use simulation technologies.
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.
Axial Gap Type Motor
Axial-gap motors use an axial magnetic flux to rotate a disc-shaped rotor and stator facing each other.
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.
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. New
Utilizing JMAG in Cloud Services
Evaluating motor geometries and configurations at system design allows efficient development with less rework.
JMAG Open Interface programs
JMAG provides an open interface for integration with other tools.
It can be used to develop integrated programs based on JMAG results.
Model-Based Development
JMAG, which has a high track record in motor design, proposes a new workflow for model-based development.
Motor Design
Our accumulated knowledge and experience in motor design enables us to provide powerful yet easy to use simulation technologies.
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.
Axial Gap Type Motor
Axial-gap motors use an axial magnetic flux to rotate a disc-shaped rotor and stator facing each other.
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.
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. New
Utilizing JMAG in Cloud Services
Evaluating motor geometries and configurations at system design allows efficient development with less rework.
JMAG Open Interface programs
JMAG provides an open interface for integration with other tools.
It can be used to develop integrated programs based on JMAG results.
It can be used to develop integrated programs based on JMAG results.
