Journal Article
Klaus Krischan State of the Art and Future Trends of Electric Drives and Power Electronics for Automotive Engineering Show publication in PURE
Annette Mütze Finite-element modelling of magnetic material degradation due to punching Show publication in PURE
Annette Mütze Study on bearing impedance properties at several hundred kilohertz for different electric machine operating parameters Show publication in PURE
Annette Mütze On radio-frequency based detection of high-frequency circulating bearing current flow Show publication in PURE
Conference/Workshop Article
Annette Mütze Influence of Machine Integration on the Thermal Behavior of a PM Drive for Hybrid Electric TractionInfluence of Machine Integration on the Thermal Behavior of a PM Drive for Hybrid Electric Traction3266-3271 Show publication in PURE
Annette Mütze Influences of CO<sub>2</sub> and FKL-laser cutting as well as mechanical cutting on the magnetic properties of electric steel sheets determined by Epstein frame and stator lamination stack measurementsInfluences of CO<sub>2</sub> and FKL-laser cutting as well as mechanical cutting on the magnetic properties of electric steel sheets determined by Epstein frame and stator lamination stack measurements1443-1450 Show publication in PURE
Annette Mütze and Johann Peter Bacher Computation of Induced Voltages and Currents in the Field Winding of Wound-Field Synchronous Machines under Transient ConditionsComputation of Induced Voltages and Currents in the Field Winding of Wound-Field Synchronous Machines under Transient Conditions86-92 Show publication in PURE
Annette Mütze, Roland Seebacher and Klaus Krischan Condition monitoring and failure prognosis of IGBT inverters based on on-line characterizationCondition monitoring and failure prognosis of IGBT inverters based on on-line characterization3059-3066 Show publication in PURE
Annette Mütze, Roland Seebacher and Klaus Krischan Inverter device nonlinearity characterization technique for use in a motor drive systemInverter device nonlinearity characterization technique for use in a motor drive system2767-2774 Show publication in PURE
Annette Mütze An analysis into bridgeless inverted buck-boost PFC with ZVS capabilitiesAn analysis into bridgeless inverted buck-boost PFC with ZVS capabilities1-10 Show publication in PURE
Annette Mütze Determination of Original Non-Degraded and Fully Degraded B-H-Curves from Measurements of Material Submitted to PunchingDetermination of Original Non-Degraded and Fully Degraded B-H-Curves from Measurements of Material Submitted to Punching2-3-2-3 Show publication in PURE
Annette Mütze and Klaus Krischan A simple SiC JFET based AC variable current limiterA simple SiC JFET based AC variable current limiter1-7 Show publication in PURE
Klaus Krischan State of the Art and Future Trends of Electric Drives and Power Electronics for Automotive EngineeringState of the Art and Future Trends of Electric Drives and Power Electronics for Automotive Engineering Show publication in PURE
Annette Mütze Study of incipient bearing damage monitoring in variable speed drive systemsStudy of incipient bearing damage monitoring in variable speed drive systems1-10 Show publication in PURE
Annette Mütze On inverter induced bearing currents, bearing maintenance scheduling, and prognosisOn inverter induced bearing currents, bearing maintenance scheduling, and prognosis1915-1921 Show publication in PURE
Other Article
Determination of Original Non-Degraded and Fully Degraded B-H-Curves from Measurements of Material Submitted to Punching Show publication in PURE
Annette Mütze Influence of Machine Integration on the Thermal Behavior of a PM Drive for Hybrid Electric Traction Show publication in PURE
Klaus Krischan A simple SiC JFET based AC variable current limiter Show publication in PURE
Influences of CO2 and FKL-laser as well as mechanical cutting on the magnetic properties of electric steel sheets determined by Epstein frame and stator lamination stack measurements Show publication in PURE

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Electric Drives and Machines Institute
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A-8010 Graz

Tel.:  + 43 (0) 316 873 - 7241
Fax.: + 43 (0) 316 873 - 7244
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