Multi-material additive manufacuring of a synchronous reluctance machine with modified electromagnetic and mechanical characteristc
Ongoing and Completed Research
Design and Simulation of additively manufactured Synchronous Reluctance Machine
- Applying the possibilities of additive manufacturing to influence the rotor parameters
- Optimization of the rotor parameters with a genetic algorithm
- Comparison with benchmark machine
Prototype of additively manufactured Synchronous Reluctance Machine (ongoing)
Test Bench for experimental verification (ongoing)
Bio
MS Electrical Engineering
Comsats University Islamabad (2020–2022)
“Performance Analysis and Optimization of a Novel Outer Rotor Field-Excited Flux-Switching Machine with Combined Semi-Closed and Open Slots Stator”
BS Electrical (Power) Engineering
Comsats University Islamabad (2016–2020)
“Design and experimental analysis of high electromagnetic force density moving magnet linear actuator with end ferromagnetic poles”
EMByAm Publications
Enhanced Design and Electromagnetic Analysis of Synchronous Reluctance Machines Using Multi-Material Additive Manufacturing
S. Akbar, Y. T. Bekele, A. Ebrahimi and B. Ponick, IEMDC 2025, Houston
EMByAM 