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Researcher
Matthias Vandeputte
- Disciplines:Modelling not elsewhere classified, Electrical machines and transformers
Affiliations
- Department of Electromechanical, Systems and Metal Engineering (Department)
Member
From7 Jul 2016 → Today
Projects
1 - 1 of 1
- Optimization of Electrically Resonant Power Transfer Structures for Remote Rotational and Translational Actuation.From1 Jan 2018 → 31 Dec 2021Funding: FWO Strategic Basic Research Grant
Publications
1 - 8 of 8
- Improving torque in a magnetic resonance based motoring system by detuning from resonance(2021)
Authors: Matthias Vandeputte, Dimitar Bozalakov, Luc Dupré, Guillaume Crevecoeur
Pages: 1188 - 1196 - Effect of transmitter position on the torque generation of a magnetic resonance based motoring system(2019)
Authors: Matthias Vandeputte, Luc Dupré, Guillaume Crevecoeur
Pages: 4394 - 4398 - Series and parallel capacitor compensation of the transmitter in a magnetic resonance based motoring system(2019)
Authors: Matthias Vandeputte, Luc Dupré, Guillaume Crevecoeur
Pages: 1339 - 1344 - Optimal torque actuations of an electric drivetrain using convex optimized power flows
Authors: Arne De Keyser, Matthias Vandeputte, Guillaume Crevecoeur
Number of pages: 1 - Remote electromechanical actuation using electrically resonant power transfer systems : design and optimal control
Authors: Matthias Vandeputte
- Quasi-static Torque Profile Expressions for Magnetic Resonance Based Remote Actuation
Authors: Matthias Vandeputte, Luc Dupré, Guillaume Crevecoeur
Pages: 1255 - 1263 - Computationally efficient modeling for assessing the energy efficiency of electric drivetrains using convex formulations
Authors: Matthias Vandeputte, Arne De Keyser, Guillaume Crevecoeur
- Convex mapping formulations enabling optimal power split and design of the electric drivetrain in All-electric vehicles
Authors: Arne De Keyser, Matthias Vandeputte, Guillaume Crevecoeur
Pages: 9702 - 9711