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    Item type:Publication, Access status: with files ,
    Unlocking high power density: validating novel conductor topologies and cooling concepts for axial-flux machines
    (2026-03-26)
    Schwinning, Folke
    A novel modular test bench is presented for the multiphysics characterization of axial flux coil units, featuring active field emulation, in-situ magnetic material testing, and 6-DOF force quantification under variation of the coil pose via a Stewart platform. The system integrates a 5-axis, <1mm 3-DOF Hall probe for flux mapping in and around the air gap and specifically targets the thermal validation of diverse conductor materials and combinations, including standard profiles, hollow conductors, and novel liquid-cooled Litz wire hollow conductors. This platform bridges the simulation gap, offering critical empirical data for LPTN parameterization and the refinement of high-performance electrical machine metamodels.
    Publicationtype: Conference Presentation
      25  12
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    Item type:Publication, Access status: with files ,
    Quantifying and optimizing the complexity: a comprehensive method to modeling and simulation in electrical DC systems : a maritime and mechatronic case study
    (2026)
    Ihrens, Jana
    ;
    Kern, Thorsten Alexander
    The development of maritime electrical energy systems is a key technology for greener shipping. In this work, a comprehensive methodology for creating models and simulations of electrical DC power systems to an appropriate level of accuracy is developed. The proposed methodology aims to optimize the simulation and model complexity a priori as to avoid an overly costly and excessively accurate simulation.
    Publicationtype: Doctoral Thesis
      78  38