). Sumble +8 4. Applications & Industries JMAG is heavily used in sectors driving electrification, particularly: Automotive: EV/HV traction motors, eAxle development, and cooling systems. Robotics: Designing actuators and high-efficiency motors for robotics and factory automation. Power Electronics: Large transformers, reactors, and induction heating devices. Aerospace & Consumer Products: Motors for aerospace applications and home appliances. JMAG International +5 5. 2026 Roadmap & New Features (Ver 24.2 - 25.0) Axial Flux Motor Design: Enhanced modeling and design scenarios for double-rotor, single-stator axial flux motors. NVH (Noise, Vibration, Harshness): New 2D Fourier Transform functionality for analyzing excitation sources in motors. Advanced Materials & Superconductors: Improved definition of Halbach arrays and angular dependence of critical current density for superconductors. Flow Analysis: Ability to derive cooling flow rates within the software, rather than inputting them as known values, improving accuracy. JMAG International +2 6. Conclusion As of 2026, JMAG has firmly established itself as a leading simulation tool, evolving from purely electromagnetic analysis to comprehensive multiphysics design. Its focus on design automation, rapid modeling, and high-fidelity coupled analysis makes it an essential tool for engineers dealing with the challenging requirements of next-generation electrical machines and electrification projects. AI can make mistakes, so double-check responses Copy Creating a public link... You can now share this thread with others Good response Bad response 15 sites Introducing JMAG-Designer Ver.25.0 Feb 4, 2026 —
| Module | Primary Function | |--------|------------------| | | Main pre/post-processing GUI for geometry, meshing, solver setup, and result visualization. | | JMAG-Express | Fast, template-based design for initial sizing and parametric studies of rotating machines. | | JMAG-RT | Generates high-fidelity, look-up table (LUT) based real-time simulation models for system-level simulation (Matlab/Simulink, PSIM, etc.). | | JMAG-eVTOL | Dedicated tool for electric vertical take-off and landing aircraft motor design. | | JMAG-Solver | The core FEM solvers (static, transient, frequency domain). | jmag info
: For a tool providing a GUI for "jmag info," enhance the UI/UX to make the information more accessible and understandable. This could involve: JMAG International +5 5
Each of these features can enhance the utility and usability of "jmag info," catering to different needs such as monitoring, debugging, and automation. The specific implementation details would depend on the existing framework and requirements. Conclusion As of 2026
Its primary purpose is to help engineers accurately predict the performance of motors, generators, solenoids, actuators, transformers, and other electromagnetic devices before physical prototyping.
JMAG consists of several specialized tools tailored to different stages of the design process: