Paavo Rasilo

Professor at Tampere University

University of Tampere

Finland

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Paavo Rasilo is a Professor at Tampere University in Finland. His research areas include high-temperature superconductors, synchronous machines, and wireless power transfer systems, as reflected in his recent publications. He has contributed significantly to the modeling and optimization of electrical machines and materials, with a focus on efficiency and performance in various applications.

Paavo Rasilo

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Articles (20)

Finite-Element Based State-Space Modeling of AC Winding Losses in Synchronous Machines

Magnetic Field Conforming Formulations for Foil Windings

Foil Conductor Model for Efficient Simulation of HTS Coils in Large Scale Applications

Front-End Parameter Identification for Performance Optimization and Load Voltage Regulation of Detuned Wireless Power Transfer Systems

High-Efficient Self-Excited Brushless Wound Rotor Synchronous Machine Topology

Proof of Concept of a Two-Phase Thermal Management System for Railway Traction Motors

Fast and Accurate Non-linear Model for Synchronous Machines Including Core Losses

Magnetomechanical Multiscale Hysteresis Model of Electrical Steel Sheets in the Finite Element Simulation of a Transformer

Macroscopic Modeling of Mn–Zn Ferrites Based on Analytical Dynamic Material Models

Resistivity Model for Soft Magnetic Composite Materials With Cauer Network Representation

Magnetic Equivalent Circuit and Lagrange Interpolation Function Modeling of Induction Machines Under Broken Bar Faults

Modeling and efficiency maximization of magnetostrictive energy harvester under free vibration

Coupled 2-D FEM and 1-D Micromagnetic Model for Transverse Anisotropy Tape-Wound Magnetic Cores

Magnetic Field Upscaling and B-Conforming Magnetoquasistatic Multiscale Formulation

Utilizing Helicoidal and Translational Symmetries Together in 2-D Models of Twisted Litz Wire Strand Bundles

Eddy-Current Loss Model for Soft Magnetic Composite Materials Considering Particle Size Distribution

Modeling Eddy Current Losses in HTS Tapes Using Multiharmonic Method

1-D FEM-Based Approach for Extracting Dimension-Independent Material Properties of Mn-Zn Toroidal Ferrite Cores

Finite element level validation of an anisotropic hysteresis model for non-oriented electrical steel sheets

2D Analytical Model for Computing Eddy-Current Loss in Nonlinear Thick Steel Laminations

Collaborators (13)

T. Salmi

Innocent Niyonzima

Leo Hyvärinen

Ismet Tuna Gürbüz

David Blažević

Kari Lahti

Brijesh Upadhaya

Anouar Belahcen

Lasse Laurson

Benoît Vanderheyden

Nicolas Galopin

Hadhiq Khan

Umair Ahmed

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