Yukiya Shibata

About

Yukiya Shibata is a pioneering figure in the field of direct-drive motor systems, with a focused expertise in low-speed, high-torque drive technologies. His research centers on the application and advancement of vernier motors, which are critical for precision robotics and factory automation. Shibata's major contribution lies in demonstrating how vernier motor designs can overcome the inherent challenge of achieving high torque at low speeds without the need for mechanical reduction gears, thereby improving system accuracy and controllability. His foundational 1991 paper, "Low Speed High Torque Drive System Applying Vernier Motor Torque," has garnered 13 citations, serving as a key reference for engineers developing direct-drive actuators. Building on the earlier reluctance torque concepts introduced by Lee in 1963, Shibata's work provided practical solutions for industrial automation, enabling more compact and efficient robotic joints. His research remains influential for students and engineers exploring high-performance motor topologies, where his insights into vernier motor torque production continue to inform modern actuator design.

Research Focus

Key Achievements

Top Papers

1. 1
   Low Speed High Torque Drive System Applying Vernier Motor Torque.

   13 citations · 1991
2. 2
   Low‐speed high‐torque drive system applying vernier motor torque

   5 citations · 1992

Key Collaborators

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