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Learning Center Resources

Course:

Modeling Electromagnetic Coils

Modeling the Heating of Moving Parts in Coils


In Part 10 of this course, Introduction to Coil Modeling, learn how to model the heating of moving parts in an electromagnetic coil using COMSOL Multiphysics®. We will show you how to model the heating of moving parts in a coil, where the movement is described as either small, significant, stepped, or continuous motion.



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Course Parts

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    Modeling Electromagnetic Coils

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    Introduction to Modeling Coils

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    Strategies for Modeling Coils

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    Modeling a Coil Connected to an Electric Circuit

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    Modeling a Multiturn Coil

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    Modeling Coils and Electric Circuits Using the Magnetic Fields Interface

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    Introduction to Modeling Inductive Heating in Coils

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    Functionality for Modeling Inductive Heating in Coils

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    Modeling Radiative Heating in Coils

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    Modeling Convection and Thermal Damage in Coils 

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    Modeling the Heating of Moving Parts in Coils


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    Introduction to Modeling Electromagnetic Forces in Coils

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    Modeling Induced Currents from Moving a Magnet Through a Coil

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    Modeling a Solenoid Actuator

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    Modeling a Nonlinear Inductor

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    Optimizing a Coil to Achieve a Desired B-Field

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    Introduction to Building 3D Coil Models

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    Exciting 3D Electromagnetic Coil Structures

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    Using Infinite Elements to Terminate Domains for 3D Coil Models

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    Modeling 3D Electromagnetic Coils in the Frequency Domain

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    Modeling Resonance and Coupling Between 3D Electromagnetic Coils

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