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Logo: Institute for Drive Systems and Power Electronics/Leibniz Universität Hannover
Logo Leibniz Universität Hannover
Logo: Institute for Drive Systems and Power Electronics/Leibniz Universität Hannover
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Alphabetic Software List

 

Program NameMachine Type
Short Program Description
Details
AGRThree-phase machineCalculation of magnetic noise of three-phase machines
ALFREDThree-phase machineCalculation of the spatial harmonics of the air-gap flux, voltage harmonics induced in the stator winding, torque oscillations, current distribution and losses in the rotor cage for synchronous and induction machines
ASYNInduction machineCalculation of the steady-state performance of induction machines
ASASYNInduction machineCalculation of the start-up of induction machines under consideration of the temperature rise in the windings
BIEGEAll shaftingsCalculation of lateral critical speeds, optionally under consideration of unbalanced magnetic pull
DAISYSynchronous machineCalculation of the current distribution in the damper cage of synchronous machines
DYNInduction machineSimulation of transient phenomena in induction machines
FELDERInduction machineCalculation of the spatial harmonics of the air-gap flux in cage induction machines
FEMAGAll machine typesNumeric field calculation for steady-state and transient operating statesInfo
GMDYNDC machineSimulation of the transient behaviour of DC drives
GMSTATDC machineCalculation of the steady-state performance of DC machines
LMBPLinear motor

Automatic calculation of a permanent magnet linear motor on the basis of the network theory

PMOKPM synchronous machineAnalytical/numerical calculation of torque-speed characteristics for permanent magnet synchronous machines with arbitrary geometry
SPASYNSynchronous machineCalculation of the asynchronous start-up of salient-pole synchronous machines considering the temperature rise in the windings
SPDYNSynchronous machineSimulation of the dynamic performance of salient-pole synchronous machines (common cases)
SPSYNSynchronous machineCalculation of the steady-state performance of salient-pole synchronous machines
SV 7Three-phase machineCalculation of the current displacement in 3- or 6-phase double-layer windings
SVPDYNSynchronous machineSimulation of common transient phenomena in synchronous machines (cylindrical rotor and salient-pole machines)
SYNDYNThree-phase machineSimulation of transient phenomena in three-phase synchronous and induction machines
TKDZAll shaftingsCalculation of torsional critical speeds
UNIMOUniversal motorCalculation of universal motors
UWELLEInduction machineCalculation of the electric shaft voltage of cage induction machines with deep-bar like rotor geometry
VOPIInduction machine / synchronous machineCalculation of the voltage stress at the motor terminals in accordance with IEC 61800-8
VPASYNSynchronous machineCalculation of the asynchronous start-up of cylindrical rotor synchronous machines considering the temperature rise in the windings
VPDYNSynchronous machineSimulation of the dynamic performance of cylindrical rotor synchronous machines (common cases)
VPSYNSynchronous machineCalculation of the steady-state performance of cylindrical rotor synchronous machines
WAMOBSingle-phase induction machineCalculation of single-phase cage induction machines with internal rotor
WETThree-phase machineDesign and analysis of symmetrical multiphase windings including windings with tooth-wound coils
WKFIXInduction machineCalculation of the optimum end-turn bracing of three-phase cage or slip-ring induction machines