Reference page for LaminatedCircuit
Contents
Summary
LaminatedCircuit Class for modelling classical eddy currents in laminated <Domain.html Domain>s.
Modelled with the approach presented in e.g. 'Finite-Element Modeling and Calorimetric Measurement of Core Losses in Frequency-Converter-Supplied Synchronous Machines'.
https://aaltodoc.aalto.fi/bitstream/handle/123456789/7292/isbn9789526048864.pdf?sequence=4&isAllowed=y Documentation for LaminatedCircuit doc LaminatedCircuit
PROPERTIES
- LaminatedCircuit/sheet_thickness is a property.
METHODS
Class methods are listed below. Inherited methods are not included.
this = LaminatedCircuit(arguments) Class for modelling classical eddy currents in
laminated <Domain.html Domain>s.
Modelled with the approach presented in e.g. 'Finite-Element Modeling and Calorimetric Measurement of Core Losses in Frequency-Converter-Supplied Synchronous Machines'.
this.init(arguments) Initialize matrices etc. for circuit.
init(this, problem) ties this to the given MagneticsProblem and *init*ializes the problem matrices and arrays in this.matrices:
- inds_solid : which of the Conductors in this are solid
- inds_stranded : likewise for stranded
- R : per-conductor resistances, active length
- R_EW : per-conductor resistances, end-winding length
- area : conductor areas
- sigma : conductor conductivities. Assumed uniform.
- M : mass/damping matrix
- C_Ai : current source matrix
- C_Au : voltage source matrix
- C_uu : voltage-voltage coupling matrix
- L : circuit loop matrix Help for LaminatedCircuit/*init* is inherited from superclass CIRCUIT