Simulation is a good choice to find the best frequency to heat the step properly. The parametric model was built in 16 minutes, calculation takes 7 minutes for each frequency. So, in less than one hour, your analysis is done! This blog post will show how to create a mesh parametrized in respect to a […]
Heating of the 10 cm 45 teeth gear up to the austenitization temperature performed with overnight simulation, taking into account changes of magnetic properties over Curie temperature. You can get hardening profile without cutting the gear and optimise frequency within in a couple of days. A gear can be numerically simplified cutting a sector […]
The Surface Impedance approach enables simulation of high frequency induction heating in few minutes, without building a huge mesh. Induced heat in a steel strip is accurately calculated in 10 minutes for 300 kHz, while traditional FEM simulation takes about 10 hours. Induced heat in the steel strip at 300 kHz and 750 A About […]
“Thermal Processing in Motion” Conference. June 5-7, 2018 Spartanburg, South Carolina, USA Download the PDF: PaperThermProcMotion
In short, it’s a digital model of a real engineering system or process (including geometry, materials, and physical settings) that allows for the evaluation of its practical behavior by quickly simulating the physics on a computer, rather than conducting tedious and expensive lab tests. Here’s how it works in practice. For a practical engineer Instead […]
October 24-26, 2017 Columbus, Ohio, USA For the first time ever CENOS platform was introduced to the US market. The event was successful and brought a lot of takeaways for further development of CENOS simulation software. More about the event: https://www.asminternational.org/web/heat-treat-2017
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