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Unbalanced operation of five-phase induction machines using steady state symmetrical components - Part I: Theoretical considerations.

, , , and . IECON, page 1807-1812. IEEE, (2015)

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Unbalanced operation of five-phase induction machines using steady state symmetrical components - Part I: Theoretical considerations., , , and . IECON, page 1807-1812. IEEE, (2015)Estimation of Electrical Parameters of the Single-, Double- and Triple-Cage Models of Induction Motors Using Manufacturer Data., , , , , and . IECON, page 1-6. IEEE, (2021)Unbalanced operation of five-phase induction machines using steady state symmetrical components ℄ Part II: Study of typical cases., , , and . IECON, page 1813-1818. IEEE, (2015)Performance comparison of five phase and three phase induction machines under steady state including losses and saturation., , , and . IECON, page 3036-3041. IEEE, (2013)Torque capability of high phase induction machines with sinusoidal and trapezoidal airgap field under steady state., , , and . IECON, page 3183-3188. IEEE, (2013)Airgap induction of five-phase induction machines operating with one opened phase., , and . IECON, page 1590-1595. IEEE, (2016)Comparison of operating curves of five-phase and three-phase induction machines of same size., , , and . IECON, page 450-455. IEEE, (2014)Estimation of Electrical Parameters of Five-Phase Permanent Magnet Synchronous Machines Using Instantaneous Impedance., , , , , and . IECON, page 1-6. IEEE, (2023)Uniqueness of Induction Machine Parameters Estimated from Data-Identifiability, Priors and Prediction Error Identification., , , and . CDC, page 3444-3449. IEEE, (2022)Estimation of Electrical Parameters of the Double-Cage Model of Induction Motors Using Manufacturer Data and Genetic Algorithm., , , , and . IECON, page 1-6. IEEE, (2022)