JMAG-Designer 16

JMAG-Designer is the high-speed, high-precision FEA software tool at the core of JMAG.

JMAG is a leading simulation software for electromechanical equipment design and development. JMAG accurately captures and quickly evaluates complex physical phenomena that occur inside machines. Both novice and expert simulation analysis users find it easy to perform the straightforward operations required to obtain accurate and reliable results.

The main feature of Ver.14.0 is the improvement in performance of multiple cases including parametric analysis. With the realization of distributed processing in the entire work flow, acceleration of analysis speed by approximately 170 times has been achieved in scales for a few hundred cases. In addition, many functions have been added and enhanced for multiple case analyses including the acceleration of loading times for result files using 1000 cases, and reduction in memory usage. 

Due to demands for portability and high efficiency of electric machinery, optimum design expanding the conventional design space is required. For these design evaluations, multiple case analyses allocated with parameters of geometries and conditions will be necessary. In Ver.14.0, distributed processing using cluster systems have reduced the time necessary in the entire work flow of multiple cases. Furthermore, loading times and memory usage of result files in multiple case calculations have been greatly reduced. Work efficiency has also been improved with the simultaneous process of mesh generation and table data output. With these new functions, it is possible to efficiently work with an even larger number of cases.
To efficiently use multiple models and result files obtained in analyses, new data management functions including JMAG-Explorer that realizes data management, search, and extraction have been added.

A function that enhances work efficiency has also been added in the geometry editor. A geometry model diagnosis function that checks whether mesh generation is possible has been added. With improvements in the constraint function, operation in geometry change has been enhanced. In addition, supported formats in CAD file import has been expanded, and the motor template has been added.
As for the external linking function, the motion linking function has been expanded and the multipurpose file input / output tool has been improved; this has strengthened the link with external software. 

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