Frequency-Transient, One-Way Coupled, Electromagnetic Heating
The Frequency-Transient, One-Way Coupled, Electromagnetic Heating () study is used to sequentially compute the electromagnetic field distribution in the frequency domain and then the temperature changes over time.
The study is available with the following physics interface and module combinations:
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Induction Heating interface, which requires the AC/DC Module
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Microwave Heating interface, which requires the RF Module
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Laser Heating interface, which requires the Wave Optics Module
Use the Frequency-Transient, One-Way Coupled, Electromagnetic Heating study to compute temperature changes over time together driven by an electromagnetic heat source. It first solves a frequency-domain equation for electromagnetics and then use the electromagnetic heat source as a source term when solving a subsequent time dependent heat transfer equation. See the documentation in the AC/DC Module, RF Module, or Wave Optics Module for more information.