Y. Nagira
Papers
1
Total Citations
2
H-Index
1
About
Y. Nagira is a researcher in precision motion systems and ultrasonic actuator technology, with a focus on developing novel mechanisms for robotic and microscopic stage applications. Their most cited work, "Rotary motion generated by synthesized circular/elliptic drive with straight-move ultrasonic motors" (2014), introduces an innovative approach to achieving rotational movement by synthesizing drive voltage forms with bimorph-type vibrators. This contribution demonstrates the potential for generating complex, multi-directional motions—such as rotation and translation—using simplified ultrasonic motor designs, which is critical for advancing compact, high-precision positioning systems in robotics and microscopy. With 2 citations, this paper has laid foundational groundwork for further exploration in ultrasonic motor control. Nagira’s research bridges mechanical engineering and electrical drive synthesis, offering a pathway toward more versatile and efficient motion platforms. Their work is particularly notable for its practical implications in miniaturized devices, where traditional rotary motors are less feasible. For students and researchers in mechatronics or actuator design, Nagira’s contributions highlight the synergy between material vibration properties and electronic waveform shaping, inspiring future innovations in non-conventional motion generation.
Research Focus
Key Achievements
Top Papers
- 1