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Learning Center Resources

Course:

Modeling Electromagnetic Coils

Modeling a Solenoid Actuator


Learn how to model a solenoid actuator in Part 13 of this introductory course on coil modeling. Follow along in the software as we demonstrate how to use force calculations, moving meshes, and a global equation to model an actuator in COMSOL Multiphysics®. 



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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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