Path: SC/MagneticControl
% Right hand side for a dynamical model of magnetic hysteresis.
In Kumar p = 1 and q0 = 0. This can be called by RK4 directly.
--------------------------------------------------------------------------
Form:
[zDot, p] = RHSHysteresisDamper( x, bECI, bDotECI, d )
--------------------------------------------------------------------------
------
Inputs
------
x (:,1) States [r;v;q;w;z]
bECI (3,1) Magnetic field ECI (T)
bDotECI (3,1) Magnetic field derivative (T/s)
d (1,1) Data structure
.bS (1,1) Saturation flux density (T)
.hC (1,1) Coercive force (A/m)
.bR (1,1) Remanance (T)
.v (1,:) Volume (m^3)
.u (3,:) Unit vectors
-------
Outputs
-------
zDot (:,1) Derivative of the flux density
p (1,1) Data structure
.torqueDamper (3,1) Torque (N)
.hMag (:,1) Magnitude of h in each bar
.hDotMag (:,1) Magnitude of h dot in each bar
--------------------------------------------------------------------------
See also MagneticHysteresis, TorqueHysteresisDamper
--------------------------------------------------------------------------
SC: MagneticControl/BFromHHysteresis SC: MagneticControl/MagneticHysteresis SC: MagneticControl/TorqueHysteresisDamper Common: CommonData/SwooshWatermark Common: General/CellToMat Common: General/MatToCell Common: General/Watermark Common: Graphics/NewFig Common: Graphics/Plot2D Common: Graphics/PltStyle Common: Graphics/TimeLabl Common: Quaternion/Q2Mat Math: Integration/RK4 Math: Linear/Cross Math: Linear/Dot
Back to the SC Module page