The AC/DC materials library contains a number of materials that assist in modeling electromagnetic components such as actuators, motors, loudspeakers, generators, and so on. Two branches of material, AC/DC (

) and
Nonlinear Magnetic (

) in the
Material Library (

), are frequently used. The
AC/DC branch includes typical materials for electromagnetics modeling and the
Nonlinear Magnetic branch includes nonlinear magnetization curves for a large set of ferromagnetic alloys.
The Liquid Metals folder in the AC/DC Material Library branch contains values for the Thermal conductivity, Electric conductivity, Dynamic viscosity, and Density for liquid Titanium, Steel, Iron, Nickel, Copper, Aluminum, Magnesium, Tin, Lithium, Sodium, Wood’s metal, Potassium, Gallium, NaK (Sodium-potassium eutectic), and Mercury based on the book
Introduction to Magnetohydrodynamics by P.A. Davidson, published by Cambridge University Press. Copyright (c) P.A. Davidson 2017. Reproduced with permission of Cambridge University Press through PLSclear.
The Biological Tissues folder in the AC/DC Material Library branch contains values for the Electric conductivity, the Relative permittivity, and the Reference temperature, together with the Relaxation times and Relative permittivity contributions of several Debye poles, for 54 biological tissue types. This data can be used together with the Multipole Debye dispersion material models, and is taken from
Ref. 1.
NdFeB standard grades
1 (
–, M, H, SH, UH, EH, AH, BH, /S, M/S, H/S, SH/S, UH/S, EH/S, AH/S, BH/S, H/ST, SH/ST, UH/ST, EH/ST, AH/ST, BH/ST), NdFeB (bonded, injection molded, and extruded), Ferrite (isotropic, anisotropic, and injection molded), SmCo (injection molded), SmFeN (injection molded), SmCo5 grades, Sm2Co17 grades, and AlNiCo (cast and sintered).
MuMETAL® is the property of Magnetic Shield Corporation. For product information concerning this material, see
https://www.magnetic-shield.com/. For other questions concerning this material, please contact
https://www.magnetic-shield.com/contact-us/.