18 results on '"Shah, Sayyed Haleem"'
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2. Coupled Electromagnetic–LPTN Analysis Under Steady and Transient Overload Condition of High-Speed PMSM for Mechanical Vapor Recompression Applications
3. Experimental Investigation of Noise and Vibration in a Multi-three Phase Unit Interior Permanent Magnet Synchronous Machine with Open-circuit Fault conditions
4. Investigation of Torque and Reduction of Torque Ripples through Assisted-Poles in Low-Speed, High-Torque Density Spoke-Type PMSMs
5. Ripple Reduction of Electromagnetic Supporting Force in Aerodynamic Bearing-Equipped SPMSM
6. Improving the Low-Speed Operation Performance of IPMSM Sensorless Vector Control with ADRC DC-Offset Compensation Loop
7. Improving the Low-Speed Operation Performance of IPMSM Sensorless Vector Control with ADRC DC-Offset Compensation Loop.
8. Coupled Electromagnetic- LPTN Model of High Speed PMSM for Mechanical Vapor Recompression Applications
9. Coupled Electromagnetic–LPTN Analysis Under Steady and Transient Overload Condition of High-Speed PMSM for Mechanical Vapor Recompression Applications
10. Electromagnetic and Thermal Analysis of 225 kW High-Speed PMSM for Centrifugal Blower Applications
11. Coupled Magnetic Field and Thermal Analysis model for an IPMSM with Modular Three-Phase Winding Topologies for Fault-Tolerant Applications
12. Parametric Thermal Sensitivity Analysis of 225kW High Speed PMSM for Blower Application
13. Thermal Parametric Sensitivity Analysis of an IPMSM With Multi Three-Phase Sector Windings Topology Under Normal, Partial and Partial Overload Operating Conditions
14. Analysis of the Radial Component of Electromagnetic Force Density and Vibration Behavior of an IPMSM With Multiple Three-Phase Winding Units
15. Investigation of noise and vibration characteristics of an IPMSM with modular‐type winding arrangements having three‐phase sub‐modules for fault‐tolerant applications
16. Evaluation of magnetomotive force and torque ripples in modular type IPMSM with multi three-phase winding configurations
17. Investigation of noise and vibration characteristics of an IPMSM with modular‐type winding arrangements having three‐phase sub‐modules for fault‐tolerant applications.
18. Calculation and Analysis of Flux Leakage Coefficient of Interior Permanent Magnet Synchronous Motors With Fractional Slot Concentrated Windings
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