RESEARCHER · YTU
Erkan Meşe
Ege University · TR
h-index
16
via OpenAlex
Total Works
102
Citations
939
YTU Works (DB)
36
YTU Publications (36)
Design and Comparison of Ferrite Based IPM and NdFeB Based SPM Synchronous Motors for Gearless Elevator Systems
Analytical Modeling of Dual Winding Surface-mounted Permanent Magnet Synchronous Machine for Hybrid Electric Vehicle Accessory Drive Systems
Electric Power Components and Systems
Nonlinear analytical model of an inductance considering saturation and temperature variation
Unbalanced distributed and balanced concentrated winding comparison in servo motor applications
Electric Power Systems Research
D- and q-axis inductance calculation of IPMSM using approximate analytical model
Reduced q axis nonlinear MEC model for single layer IPM
2017 IEEE International Magnetics Conference (INTERMAG)
A multidisciplinary design approach for electromagnetic brakes
Electric Power Systems Research
A permanent magnet alternator with increased power capability for hybrid electric vehicle applications
Electric Power Systems Research
Investigation of power distribution on an axial fan
Design considerations of a multitasked electric machine for automotive applications
Electric Power Systems Research
Design of dual winding permanent magnet synchronous machines for hybrid electric vehicle accessory drives
International Journal of Vehicle Design
A permanent magnet synchronous generator with auxiliary control winding
Design and analysis of generator and converters for outer rotor direct drive gearless small-scale wind turbines
2014 International Conference on Renewable Energy Research and Application (ICRERA)
Investigating Operating Modes and Converter Options of Dual Winding Permanent Magnet Synchronous Machines for Hybrid Electric Vehicles
IEEE Transactions on Energy Conversion
Design considerations of electromagnetic brakes for servo applications
Design of a high performance servo motor for low speed high torque application
Integrated system for electrical generation and boosting (iSGB)
Adaptive predictive current control technique for permanent magnet synchronous motors
IET Power Electronics