stem_wire 0.1.3

Wire definition for stem - a Simulation Toolbox for Electric Motors.
Documentation 
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---    
Material:
  name: M800-50A # Power Core M800-50A from ThyssenKrupp Steel
  relative_permeability:
    FerromagneticPermeability:
      field_strength: '[
          0.0, 130.0, 141.0, 153.0, 166.0, 181.0, 198.0, 221.0, 252.0, 304.0, 409.0, 680.0, 1540.0,
          3789.0, 7752.0, 13730.0
        ] A/m'
      flux_density: 
      polarization: '[
          0.0, 0.5, 0.6, 0.7, 0.8, 0.9, 1.0, 1.1, 1.2, 1.3, 1.4, 1.5, 1.6, 1.7, 1.8, 1.9
        ] T'
      iron_fill_factor: 0.95
  remanence: 0.0 T
  iron_losses:
    JordanModel:
      - frequency: 50.0 Hz
        characteristic:
          - flux_density: 0.5 T
            specific_loss: 0.86 W/kg
          - flux_density: 0.6 T
            specific_loss: 1.16 W/kg
          - flux_density: 0.7 T
            specific_loss: 1.47 W/kg
          - flux_density: 0.8 T
            specific_loss: 1.82 W/kg
          - flux_density: 0.9 T
            specific_loss: 2.2 W/kg
          - flux_density: 1.0 T
            specific_loss: 2.6 W/kg
          - flux_density: 1.1 T
            specific_loss: 3.06 W/kg
          - flux_density: 1.2 T
            specific_loss: 3.57 W/kg
          - flux_density: 1.3 T
            specific_loss: 4.14 W/kg
          - flux_density: 1.4 T
            specific_loss: 4.79 W/kg
          - flux_density: 1.5 T
            specific_loss: 5.52 W/kg
          - flux_density: 1.6 T
            specific_loss: 6.37 W/kg
          - flux_density: 1.7 T
            specific_loss: 7.08 W/kg
          - flux_density: 1.8 T
            specific_loss: 7.65 W/kg
          - flux_density: 1.9 T
            specific_loss: 8.12 W/kg
      - frequency: 100.0 Hz
        characteristic:
          - flux_density: 0.5 T
            specific_loss: 1.93 W/kg
          - flux_density: 0.6 T
            specific_loss: 2.62 W/kg
          - flux_density: 0.7 T
            specific_loss: 3.38 W/kg
          - flux_density: 0.8 T
            specific_loss: 4.22 W/kg
          - flux_density: 0.9 T
            specific_loss: 5.15 W/kg
          - flux_density: 1.0 T
            specific_loss: 6.19 W/kg
          - flux_density: 1.1 T
            specific_loss: 7.34 W/kg
          - flux_density: 1.2 T
            specific_loss: 8.65 W/kg
          - flux_density: 1.3 T
            specific_loss: 10.11 W/kg
          - flux_density: 1.4 T
            specific_loss: 11.74 W/kg
          - flux_density: 1.5 T
            specific_loss: 13.56 W/kg
      - frequency: 200.0 Hz
        characteristic:
          - flux_density: 0.5 T
            specific_loss: 4.63 W/kg
          - flux_density: 0.6 T
            specific_loss: 6.37 W/kg
          - flux_density: 0.7 T
            specific_loss: 8.35 W/kg
          - flux_density: 0.8 T
            specific_loss: 10.59 W/kg
          - flux_density: 0.9 T
            specific_loss: 13.2 W/kg
          - flux_density: 1.0 T
            specific_loss: 16.15 W/kg
          - flux_density: 1.1 T
            specific_loss: 19.31 W/kg
          - flux_density: 1.2 T
            specific_loss: 23.08 W/kg
          - flux_density: 1.3 T
            specific_loss: 27.24 W/kg
          - flux_density: 1.4 T
            specific_loss: 32.42 W/kg
          - flux_density: 1.5 T
            specific_loss: 37.56 W/kg
  intrinsic_coercivity: 5.0 A/m # value from https://www.emt-net.de/elektrobleche/Allgemeine-Informationen-zu-Elektroblechen.pdf
  mass_density: 7650.0 kg / m^3 # value from https://www.emt-net.de/elektrobleche/Allgemeine-Informationen-zu-Elektroblechen.pdf
  electrical_resistivity: 0.48e-6 Ohm*m # value from https://www.emt-net.de/elektrobleche/Allgemeine-Informationen-zu-Elektroblechen.pdf
  heat_capacity: 435.0 J / kg / K # value from https://openhsu.ub.hsu-hh.de/entities/publication/358
  thermal_conductivity: 30.0 W / m / K # value from https://www.energy.gov/sites/prod/files/2014/03/f10/ape030_bennion_2012_o.pdf