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cheolhwan choi
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Hi. I use maxwell 3D eddy current solution type. i want to find out core loss. please help me.
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The core loss in Maxwell 3D eddy current solution type is calculated by using the eddy current solver, which uses the finite element method to analyze the magnetic field distribution and calculate the eddy current losses. These losses are then converted into core loss using the specified material properties of the core material.
The core loss in Maxwell 3D eddy current solution type is affected by various factors such as the magnetic properties of the core material, the frequency of the applied magnetic field, the geometry of the core, and the magnitude of the magnetic field. Additionally, the temperature and vibration of the core can also affect core loss.
The core loss calculation in Maxwell 3D eddy current solution type is highly accurate, as it uses advanced numerical methods and considers various factors that can affect core loss. However, the accuracy also depends on the accuracy of the material properties and other input parameters provided by the user.
Yes, Maxwell 3D eddy current solution type can be used for non-linear materials. The software has the capability to handle non-linear magnetic materials by using the Jiles-Atherton model, which takes into account the non-linear magnetic properties of the material to accurately calculate core loss.
To improve the accuracy of core loss calculation in Maxwell 3D eddy current solution type, you can use more refined meshing, which will provide a more accurate representation of the magnetic field distribution. Additionally, using more accurate material properties and input parameters can also improve the accuracy of the calculation.