Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Fractional-slot concentrated windings have been gaining a lot of interest in permanent magnet synchronous machines. This is due to the several advantages provided by this type of windings which include: shorter non-overlapping end turns, higher efficiency, higher por density, higher slot fill factor, lor manufacturing cost, better flux-akening capability resulting in wider constant por speed range, and fault-tolerance. Hover, the tradeoffs involved in using this type of windings in induction machines have not been addressed in literature.  examines induction machine performance with fractional-slot concentrated windings using the standard distributed lap windings as reference. Four designs are compared and various performance tradeoffs highlighted. The first machine has integral-slot distributed 2 slots/pole/phase lap winding and it serves as the reference winding. The second machine has a double-layer 1/2 slot/pole/phase winding, a workhorse for brushless DC machines. The third machine has double-layer 2/5 slot/pole/phase winding. Lastly, the fourth machine has single-layer 2/5 slot/pole/phase windings. The comparison includes torque-speed curves (including the effects of major space harmonic components), rotor bar losses, and ripple torque levels.
['Ayman M. EL-Refaie', 'Manoj Ramprasad Shah']
I am writing a research paper on a idea Comparison of Induction Machine Performance with Distributed and Fractional-Slot Concentrated Windings
[{"from": "human", "value": "I am writing a research paper on a idea Comparison of Induction Machine Performance with Distributed and Fractional-Slot Concentrated Windings"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Fractional-slot concentrated windings have been gaining a lot of interest in permanent magnet synchronous machines. This is due to the several advantages provided by this type of windings which include: shorter non-overlapping end turns, higher efficiency, higher por density, higher slot fill factor, lor manufacturing cost, better flux-akening capability resulting in wider constant por speed range, and fault-tolerance. Hover, the tradeoffs involved in using this type of windings in induction machines have not been addressed in literature.  examines induction machine performance with fractional-slot concentrated windings using the standard distributed lap windings as reference. Four designs are compared and various performance tradeoffs highlighted. The first machine has integral-slot distributed 2 slots/pole/phase lap winding and it serves as the reference winding. The second machine has a double-layer 1/2 slot/pole/phase winding, a workhorse for brushless DC machines. The third machine has double-layer 2/5 slot/pole/phase winding. Lastly, the fourth machine has single-layer 2/5 slot/pole/phase windings. The comparison includes torque-speed curves (including the effects of major space harmonic components), rotor bar losses, and ripple torque levels."}]