When using an axisymmetric physics interface it is important that the horizontal axis represents the r direction and the vertical axis the z direction, and that the geometry in the right half plane (that is, for positive r only) must be created.
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In the COMSOL Multiphysics Reference Manual:
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stationary; stationary source sweep; frequency domain; time dependent; small signal analysis, frequency domain; eigenfrequency
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stationary; frequency domain; time dependent; eigenfrequency
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stationary; frequency domain; time dependent; eigenfrequency
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stationary; frequency domain; time dependent; frequency domain; eigenfrequency
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stationary; time dependent; stationary source sweep; eigenfrequency; frequency domain; small signal analysis, frequency domain
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stationary; stationary source sweep; frequency domain; small signal analysis, frequency domain
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3D, 2D, 2D axisymmetric
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stationary; frequency domain; time dependent; small signal analysis, frequency domain; coil geometry analysis (3D only); time to frequency losses; eigenfrequency
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stationary; time dependent; frequency-transient; small-signal analysis; frequency domain; frequency-stationary; frequency-stationary, one-way electromagnetic heating; frequency-transient, one-way electromagnetic heating
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1 This physics interface is included with the core COMSOL package but has added functionality for this module.
2 This physics interface is a predefined multiphysics coupling that automatically adds all the physics interfaces and coupling features required.
3 Requires the addition of the Structural Mechanics Module or the MEMS Module.
4 Requires the addition of the Particle Tracing Module.
5 Requires the addition of the Structural Mechanics Module.
6 Requires the addition of the Multibody Dynamics Module.
7 Requires the addition of the Composite Materials Module.
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