Power Electronics
Research Projects
- Rotor position detection for switched reluctance motor drives
- A complete drive system which includes several distinct subsystems: a motor, a power electronic converter, interfaces, A/D converters and a DSP (ADSP-21020) has been developed. A fuzzy sensorless algorithm is investigated.
- Dr Nesimi Ertugrul
- Developing a LabView-based computer-controlled test system for electrical machines and drives
- Dr Nesimi Ertugrul, Dr Michael J. Gibbard
- Development of a portable torque/thrust/speed measuring system for a drill head
- Dr Nesimi Ertugrul and Mr S. Mavrakis
- Investigation of brushless permanent magnet motor drives operating with the minimum number of sensors
- Mr Ying Li (PhD candidate) and Dr Nesimi Ertugrul
- Reconstruction of the line currents of the three-phase motor drives from the DC link current
- Dr Nesimi Ertugrul
- Study and design of an electric bicycle and investigation of optimum battery power
- Mr. Stuart I. Brand (Masters candidate) and Dr Nesimi Ertugrul
People Involved
- Dr Nesimi Ertugrul
- Dr Michael J. Gibbard
- Dr Wen Soong
- Mr S. Mavrakis
- Mr Stuart I. Brand
- Mr Ying Li