Ruth Sabariego

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KU Leuven

Belgium

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Ruth Sabariego is a Professor at KU Leuven, Belgium. She specializes in computational modeling and simulation techniques in electromagnetics, with recent research focusing on neural networks for magnetostatic and magnetodynamic modeling, and the analysis of magnetic behaviors in various materials. Her work also includes developing innovative methods for efficient finite element modeling and investigating interlaminar faults in magnetic cores.

Ruth Sabariego

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Articles (20)

Dynamic Hysteresis Model of Grain-Oriented Ferromagnetic Material Using Neural Operators

Magnetostatic and Magnetodynamic Modeling With Unsupervised Physics-Informed Neural Networks

Physics-Informed Neural Network for Solving 1-D Nonlinear Time-Domain Magneto-Quasi-Static Problems

A Full Three-Dimensional Model for Positive Long Air Gap Discharge Simulation

Efficient Finite Element Models for Milliken Conductors Using Homogenization Techniques Based on Helicoidal Symmetry

Magnetic behavior of a laminated magnetic core in the presence of interlaminar faults: A simulation method based on fractional operators

Harmonic balance applied to a 2D nonlinear finite‐element magnetic model with motion and circuit coupling

Analysis of Electrothermal Homogenization for the Fast and Accurate Modeling of Windings in Power Electronics Magnetic Components

Numerical Stability of Dual Full-Wave Formulations With Electric Circuit Element Boundary Conditions

A Knowledge-Based Analysis of Interlaminar Faults for Condition Monitoring of Magnetic Cores With Predominant Focus on Axial Offset Between the Fault Points

Numerical Simulation of Streamer Discharge Using Physics-Informed Neural Networks

Internal Characterization of Magnetic Cores, Comparison to Finite Element Simulations: A Route for Dimensioning and Condition Monitoring

RL-Ladder Circuit Models for Eddy-Current Problems With Translational Movement

Time-Domain Homogenization of Foil Windings in 2-D Axisymmetric Finite-Element Models

Capacitance Computation of Multi-Turn Windings via Elementary Neighbor-Conductor Models

Hyperbolic Basis Functions for Time-Transient Analysis of Eddy Currents in Conductive and Magnetic Thin Sheets

Efficient simulation of DC‐AC power converters using multirate partial differential equations

Time‐domain homogenization of multiturn windings based on RL Cauer ladder networks

Active-Damping Virtual Circuit Control for Grid-Tied Converters With Differential-Mode and Common-Mode Output Filters

Closed‐form complex permeability expression for proximity‐effect homogenisation of litz‐wire windings

Collaborators (2)

Wilmar Martinez

Marc Laforest

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