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Udemy - Induction Heating - Electrothermal Multiphysics FEA in ANSYS [TorrentX]
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Udemy - Induction Heating - Electrothermal Multiphysics FEA in ANSYS [TorrentX]

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Induction Heating: Electrothermal Multiphysics FEA in ANSYS https://WebToolTip.com Published 10/2026 Created by Mahmoud Awadalla MP4 | Video: h264, 2560x1440 | Audio: AAC, 44.1 KHz, 2 Ch Level: Beginner | Genre: eLearning | Language: English | Duration: 22 Lectures ( 2h 38m ) | Size: 1.8 GB Induction heating multiphysics: Maxwell eddy current, three thermal workflows, one-way and two-way coupling. What you'll learn ⚡ Explain how induction heating works, from coil current and magnetic field to eddy currents and heat generated inside the metal ⚡ Build and solve a 3D eddy current model of a coil and workpiece in ANSYS Maxwell and extract the loss that drives the heating ⚡ Choose mesh settings based on skin depth so your electromagnetic results are accurate and not mesh-dependent ⚡ Couple Maxwell to Icepak, Mechanical inside AEDT, and standalone Workbench Mechanical to calculate temperature maps and heating curves ⚡ Compare the three thermal workflows side by side and decide which one fits your project, including how convection and radiation each limit the heating ⚡ Set up one-way and two-way electromagnetic-thermal coupling, so temperature-dependent material properties feed back into the loss ⚡ Use the Feedback Iterator in Workbench to run two-way coupled simulations to convergence, in both steady-state and transient analyses Requirements ❗ Access to ANSYS Electronics Desktop (Maxwell 3D) and ANSYS Workbench with Mechanical. ❗ Basic knowledge of electrical engineering or physics, such as current, magnetic fields and the idea of electrical resistance ❗ A general understanding of heat transfer (conduction, convection and radiation) is helpful, but each concept is explained as it comes up ❗ Basic familiarity with using engineering simulation software, such as menus, geometry and results plots. No prior Maxwell or Workbench experience is required, because the course shows each step ❗ A computer that can run ANSYS 3D simulations, with a recent multi-core processor and enough memory for a 3D model (16 GB or more is recommended) ❗ No programming skills needed

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