QuickField analysis for Superconductors Part 1/10

QuickField analysis for Superconductors Part 1/10
QuickField may be effectively used for designing of various magnetic systems. During this free webinar Dr. Claycomb will discuss modeling the Meissner effect resulting in the expulsion of magnetic flux from superconductors with different geometries. Zero-field-cooled and field-cooled boundary conditions will be demonstrated along with the calculation of superconducting surface current density and inductance. Applications discussed include magnetic levitation, magnetic shielding, coupled stress and magnetostatic analysis applied to superconductors, Type I and Type II superconductors, and superconducting flux focusers. More about simulations at www.quickfield.com.

Contents. Basic Overview of Superconductuctivity. The Meissner Effect. The superconductor exhibits perfect diamagnetism. QuickField modules to simulate superconductors: magnetostatics, AC magnetics, transient magnetics. Specifying superconducting regions. Cooling in zero magnetic field or in finite magnetic field. Looking at the problem in QuickField, boundary conditions. Relative permeability. Flux lines, magnitude of flux density. Individual values of the field.

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Science & Technology

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