This email provides you with the most up-to-date information on JMAG!
1) “Brush up on Motor Design!” Vol.38 has been released!
2) JMAG Open Interface
Webinar with subtitles in multilingual:
“Brush up on Motor Design!” Vol.38 has been released!
“Brush up on Motor Design!” by Prof. Miller, an authority on motor design is available on our website.
From beginners in motor design to experts in design and analysis, this content can be of reference to everyone.
The following webinars have been published this month.
You can view it not only in English but also in many languages!
[Vol.038] Leakage Inductance, Mutual Inductance, Coupling Coefficient and Equivalent Circuits (Part 3 : L M and k)
This 38th seminar is Part 3 of a short series of videos on leakage flux, leakage inductance, coupling coefficient and equivalent circuits.
We can check the self-inductance L, mutual inductance M, and the coupling coefficient k.
Additional post-processing functions for calculating engineering parameters like inductance are not used. Here we will use the most simplest definition, the flux-linkage per ampere.
You can also make inquiries to Prof. Miller if you have any questions. There is a comment form at the bottom of each seminar page.
If you have any comments, please!!
In addition, we have published columns on various themes.
We recommend first taking a look at “An engineer’s diary”.
JMAG Open Interface
We have updated our site introducing case studies of linked analysis.
In recent years, the sophistication of electrical equipment design is required. As known there is a limit to the design of magnetic circuits alone, therefore multifaceted evaluations such as structure, vibration, heat, and control are required at the same time.It is more efficient to perform coupled analysis by linking different software where they have their own strength in the respective physical phenomenon rather than to adhere to one CAE software.
Case Studies of the Week:
To develop motors for robots, JMAG-Express and ESTECO’s modeFRONTIER optimization tool are combined to analyze rotors, stators, and windings.
Please check the case studies on the site above.
