|
SUPPORT SITE |
|
|
|
SUPPORT SITE |
|
Path: SC/MagneticControl
% Right hand side for a dynamical model of magnetic hysteresis.
Unlike Flatley we use a tanh function. Tellinen gives the slope
fractions for the increasing and decreasing curves.
Since version 10.
--------------------------------------------------------------------------
Form:
bDot = MagneticHysteresis( b, t, h, hDot, d )
--------------------------------------------------------------------------
------
Inputs
------
b (1,1) Magnetic flux density (T)
t (1,1) Time - unused
h (1,1) Magnetic field (A/m)
hDot (1,1) Magnetic field time derivative (A/m/s)
d (1,1) Data structure
.bS (1,1) Saturation flux density (T)
.hC (1,1) Coercive force (A/m)
.bR (1,1) Remnance (T)
-------
Outputs
-------
bDot (1,1) Derivative of the flux density.
--------------------------------------------------------------------------
Reference: Flatley, T. W. and Henretty, D. A., "A Magnetic Hysteresis
Model," N95-27081.
Kumar R., Mazanek, D. and Heck, M., "Simulation and Shuttle
Hitchhiker Validation of Passive Satellite
Aerostabilization," Journal of Spacecraft and
Rockets, Vol. 32, No. 5, September-October 1995.
J. Tellinen, "A Simple Scalar Model for Magnetic
Hysteresis", IEEE Transactions on Magnetics, vol. 24, no. 4,
pp.2200-2206, July 1998.
--------------------------------------------------------------------------
Common: Graphics/Plot2D Common: Graphics/TimeLabl Math: Integration/RK4 SC: MagneticControl/BFromHHysteresis
Back to the SC Module page