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FEATURED PAPERS
Best Oral Presentation Awardee
@ 2025 International Conference on
Electrical Machines and System
Techno-Economic Analysis of Converted Electric Fishing Boat
by Marissa Francisco Munar, Sheryl Espiritu Diokno, Rovinna Janel Cruzate-Tayo, Lew Andrew Tria
Best Oral Presentation Awardee
@ 2025 International Conference on
Electrical Machines and System
Development of a Simulation Model for Electric Ferry Powering Requirement.
by Meljean-Kate Tagao, Sheryl Diokno, Rovinna Janel Tayo, Frederick Samonte, Lew Andrew Tria
ALL PUBLICATIONS
Air Gap Permeance Method in a Segmented Stator, Segmented Rotor Switched Reluctance Motor
INTERMAG 2026 IEEE International Magnetics Conference
Ramon Florentino Santos, Lew Andrew Tria
The air gap permeance method is used to analytically determine the magnetic field and torque profiles of electric machines. While it has been commonly applied to conventional motor designs, it has not been utilized in segmented motors. In this work, the air gap permeance technique is applied to a segmented stator, segmented rotor switched reluctance motor. Simplifications regarding flux paths in conventional structures such as infinitely deep stator slots should be directly applicable to the segmented stator. However, the segmentation of the rotor presents different conditions for magnetic flux flow. A way to express the air gap permeance due to segmented stator is proposed and the resulting permeances are observed and compared to finite element analysis results.
PROJECT TAGS:
Air Gap Permeance Method in a Segmented Stator, Segmented Rotor Switched Reluctance Motor
INTERMAG 2026 IEEE International Magnetics Conference
Ramon Florentino Santos, Lew Andrew Tria
The air gap permeance method is used to analytically determine the magnetic field and torque profiles of electric machines. While it has been commonly applied to conventional motor designs, it has not been utilized in segmented motors. In this work, the air gap permeance technique is applied to a segmented stator, segmented rotor switched reluctance motor. Simplifications regarding flux paths in conventional structures such as infinitely deep stator slots should be directly applicable to the segmented stator. However, the segmentation of the rotor presents different conditions for magnetic flux flow. A way to express the air gap permeance due to segmented stator is proposed and the resulting permeances are observed and compared to finite element analysis results.
PROJECT TAGS:
Air Gap Permeance Method in a Segmented Stator, Segmented Rotor Switched Reluctance Motor
INTERMAG 2026 IEEE International Magnetics Conference
Ramon Florentino Santos, Lew Andrew Tria
The air gap permeance method is used to analytically determine the magnetic field and torque profiles of electric machines. While it has been commonly applied to conventional motor designs, it has not been utilized in segmented motors. In this work, the air gap permeance technique is applied to a segmented stator, segmented rotor switched reluctance motor. Simplifications regarding flux paths in conventional structures such as infinitely deep stator slots should be directly applicable to the segmented stator. However, the segmentation of the rotor presents different conditions for magnetic flux flow. A way to express the air gap permeance due to segmented stator is proposed and the resulting permeances are observed and compared to finite element analysis results.
PROJECT TAGS:
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