Compel: International journal for computation and mathematics in electrical and electronic engineering

• 

  Año 2023, Vol. 42, Número Extraordinario 5

  • GPU-accelerated body-internal electric field exposure simulation using low-frequency magnetic field sampling points

    Norman Haussmann, Steven Stroka, Benedikt Schmuelling, Markus Clemens

    • Resumen
    • Texto completo

    págs. 982-992

    

  • Micromagnetics and multiscale hysteresis simulations of permanent magnets

    Yangyiwei Yang, Patrick Kühn, Mozhdeh Fathidoos, Bai-Xiang Xu

    • Resumen
    • Texto completo

    págs. 993-1006

    

  • Pyrit: A finite element based field simulation software written in Python

    Jonas Bundschuh, M. Greta Ruppert, Yvonne Späck Leigsnering

    • Resumen
    • Texto completo

    págs. 1007-1020

    

  • The system for distributed energy resources testing according to the IEEE 1547-2018 standard

    Marko A. Dimitrijević, Milutin Petronijević

    • Resumen
    • Texto completo

    págs. 1021-1038

    

  • Eddy current losses in power voltage transformer open-type cores

    Stjepan Frljić, Bojan Trkulja, Ana Drandić

    • Resumen
    • Texto completo

    págs. 1039-1051

    

  • Electric field and SAR distribution in the vicinity of dental implants exposed to the cell phone electromagnetic radiation

    Dejan B. Jovanovic, Dragan Krasic, Nenad N. Cvetkovic, Dragan Vuckovic, Vladimir Stankovic

    • Resumen
    • Texto completo

    págs. 1052-1067

    

  • On the field uniformity of reverberation chambers – a global sensitivity analysis study

    Anett Kenderes, Szabolcs Gyimothy, Péter Tamás Benkó

    • Resumen
    • Texto completo

    págs. 1068-1080

    

  • Comparison of damping techniques in non-linear spring-mass systems for power transformers under short-circuit condition

    Gergely Koczka, Gerald Leber

    • Resumen
    • Texto completo

    págs. 1081-1091

    

  • Modelling stranded wires using homogenization and the Cauer ladder method

    Niels Koester, Franz Pichler, Oszkár Bíró

    • Resumen
    • Texto completo

    págs. 1092-1102

    

  • Fast numerical techniques for FE simulations in electrical capacitance tomography

    Markus Neumayer, Thomas Suppan, Thomas Bretterklieber, H. Wegleiter, Colin Fox

    • Resumen
    • Texto completo

    págs. 1103-1114

    

  • Evaluating magnetic fields using deep learning

    Mohammad Mushfiqur Rahman, Arbaaz Khan, David A. Lowther, Dennis Giannacopoulos

    • Resumen
    • Texto completo

    págs. 1115-1132

    

  • Topology optimization and parameter optimization hybridized by mesh smoothing for IPMSM design

    Zhen Sun, Takahiro Sato, Kota Watanabe

    • Resumen
    • Texto completo

    págs. 1133-1147

    

  • An improved on/off method with a two-step surface smoother for topology optimization of electromagnetic devices

    Zhen Sun, Kota Watanabe

    • Resumen
    • Texto completo

    págs. 1148-1162

    

  • Toward a simple topological model of a three-phase transformer including deep saturation conditions

    Sergey E. Zirka, Dennis Albert, Yuriy I. Moroz, Lukas Daniel Domenig, Robert Schürhuber

    • Resumen
    • Texto completo

    págs. 1163-1174

    

  • Asymmetric air gap fault detection in linear permanent magnet Vernier machines

    Mohammadhossein Arianborna, Jawad Faiz, Mehrage Ghods, Amirhossein Erfani Nik

    • Resumen
    • Texto completo

    págs. 1175-1186

    

  • Thermal analysis for foreign objects in high-power wireless power transfer systems

    Myrel Tiemann, Markus Clemens, Benedikt Schmuelling

    • Resumen
    • Texto completo

    págs. 1187-1198

    

  • Target classification using radar cross-section statistics of millimeter-wave scattering

    Aysu Coşkun, Sándor Bilicz

    • Resumen
    • Texto completo

    págs. 1199-1211

    

  • Feasibility study of eigenmode propagation through 2D models of vegetation

    Olivér Csernyava, József Pávó, Zsolt Badics

    • Resumen
    • Texto completo

    págs. 1212-1224