T. Higaki
Papers
3
Total Citations
79
H-Index
3
About
T. Higaki is a specialist in electrical machine design, with a focused research program centered on the optimization of interior permanent-magnet synchronous motors (IPM motors). Working primarily during the late 1990s, Higaki made meaningful contributions to the understanding of how multilayer rotor configurations can be engineered to maximize motor performance, particularly through the simultaneous exploitation of both reluctance torque and magnetic torque — a balance that is critical to achieving high efficiency in inverter-driven systems. Higaki's most influential work, "Rotor Design Optimisation of a Multi-Layer Interior Permanent-Magnet Synchronous Motor" (1998), has garnered 68 citations, reflecting its enduring relevance to the motor design community. This study combined finite element method (FEM) simulations with prototype experimentation to identify optimal rotor geometries, establishing a rigorous methodology that bridged computational modeling and real-world validation. Subsequent publications reinforced these findings, further analyzing the role of reluctance torque under controlled stator and magnet volume constraints. Higaki's work has proven valuable to researchers and engineers developing high-performance, energy-efficient electric drives — a field that has grown substantially in importance with the rise of electric vehicles and industrial automation.
Research Focus
Key Achievements
Top Papers
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