In recent years, metal heating using electromagnetic induction phenomena for various applications has been conducted.
In particular, in the case of induction heating using high-frequency power sources, eddy currents are generated only near the surface of the workpiece (the object being heated), causing the temperature to rise. However, as the temperature increases, the heat generation shifts to the interior of the workpiece. In experiments, to address this complex phenomenon, one can only infer the internal conditions based on temperature measurements at the surface of the workpiece or deduce the temperature rise process from the microstructure distribution of the workpiece cross-section after heating. JMAG can visualize this complex phenomenon and capture its causes.
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basic information
【Features】 Analysis Functions ○ Temperature distribution on and inside the workpiece ○ History graph of temperature rise on and inside the workpiece ○ Heat generation distribution ○ Eddy current distribution ○ Leakage magnetic field ○ Magnetic flux density distribution ○ Average temperature of the entire workpiece ○ Inductance of the coil ● For more details, please contact us or refer to the catalog.
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Company information
JMAG is simulation software for the design and development of electrical equipment. It accurately captures complex physical phenomena within devices and analyzes them quickly. Since its release in 1983, it has been used by companies and universities around the world, contributing to the development of numerous products. Throughout this process, JMAG has been improved through dialogue with users. We will continue to grow together with our users.
![[Analysis Case] Eddy Current Analysis of Perforated Conductors Using External Coils](https://image.mono.ipros.com/public/product/image/892/2000763907/IPROS55386049140531304697.png?w=280&h=280)
