Doctoral project Adriaan De Kock

Doctoral project Ahmed Mohammed Abdelmoneam Hemeida

Doctoral project Ahmed Selema

Doctoral project Bart Scheerlinck

Doctoral project Jan De Bisschop

Doctoral project Jelle De Decker

Doctoral project Karel Vanthuyne

Doctoral project Lynn Verkroost

Doctoral project Matthias Verschelden

Doctoral project Muhammad Azeem

Doctoral project Nils Clarie

Doctoral project Yentl Joos

Electrical Machine Concepts based on Additive Manufacturing

Electric and thermal winding damage in electric machines

Highly reliable, power dense and efficient electric drive system for submersible pumping applications

Hybrid Excitation Generator System for Aerospace Applications

Manufacturing Effects on Electromagnetic Properties of Ferromagnetic Cores in Electrical Machines

Multiphysics Design of Integrated Modular Motor Drives

Multiphysics modelling of additively manufactured electric machines considering thermal and mechanical properties of different materials and different printing techniques

Optimal design of axial flux motors with recycled permanent magnets

Refurbishing Three-Phase Synchronous Reluctance Machines towards Improved and Reliable Five-Phase Drive Systems

Study of degradation of electric machines by high-frequency waveforms from the inverter

Study of electrical currents in the bearings of inverter supplied electric drives

Synchronous machines with hybrid excitation

Topology optimization of electrical machines with additively manufactured parts

A brushless resonant exciter concept for radial flux motors

Doctoral project Alireza Rasekh

Doctoral project Bert Hannon

Doctoral project Florian Verbelen

Doctoral project Haitao Sun

Doctoral project Hendrik Vansompel

Doctoral project Isabelle Hofman

Evaluation of the Dynamic Behaviour of Modular Drivetrain Architectures

Integrated electric powertrains for the next generation EVs

Multiphysics-based topology design of electric machines employing additive manufacturing techniques

Next-generation highly-efficient integrated axial flux motor drives for electric vehicles

Scalability of Electric Axles for System-Level Design in the Early Development Phases of Electric Vehicles

Analysis and design of an innovative hybrid excitation brushless DC starter/generator

Autonomous reconfiguration of electrical modular motor drives

Composite Electrical Machines

Design of sustainable electric machines and drives

Development of Electrical Machine for Pulsed Torque applications

dotation 2018 EEDT-MP

DT4V – Digital Twins for validation of dynamic performance & reliability of motion systems

Ecological low budget vehicle with electric drive with high efficiency

EMTechno - Emerging Technologies in Multiport Systems for Energy Efficient Drivetrains (bursaal Matthias Verschelden)

Fault tolerant control and electrically variable transmission

Flanders Make Motion Products research at UGent: core lab EEDT-MP

High efficiency, High Speed Electrical Drivers

High Efficient Axial Flux Electrical Machine

HIPERCOOL: High-quality cooling of integrated powertrains

Holistic Approach to enhance the Recyclability of rare-earth permanent Magnets Obtained from aNY waste stream

INFRA WP11 HALT - Upgrade motors testing facility

Matrix Converter for High Reliability Multiphase Electric Motor Drives

ModulAr_SBO - Design and validation of modular drivetrain Architectures

Multi-Material Additive Manufacturing for Electrical Machines with increased performance

New Generation of Electrical Machines Enabled by Additive Manufacturing

Optimization of Overall Cost and Efficiency of a Photovoltaic Energy Source Feeding a Synchronous Reluctance Motor Suitable for Pumping Systems

Progress towards industry 5-0: a smart study on analysis and identification of practices, drivers, success factors and obstacles of transitions towards industry 5.0.

Reliable, power dense and efficient electric drive system for submersible pumping applications

Selection, design and control of electromagnetic torque ripple reduction for drivetrains (Torque-Ripple_Reduction)

(Steam) Generator in micro-scale

Ultralight 3D Printed Electrical Machine Windings Featuring Scalability and High Performance (USP 3D)

WinDam - Winding damage by thermal cycling and partial discharge

Efficiency-increasing speed controlled motor-driven systems (ESMADS)

Energy efficient electrical machines

Optimization techniques for low-frequency electromagnetic systems.