Nobuhiko Yamamoto
Papers
1
Total Citations
22
H-Index
1
About
Nobuhiko Yamamoto is a pioneering figure in the development of microactuation technologies, with a career-long focus on bridging the gap between precision piezoelectric elements and practical hydraulic power systems. His foundational work, particularly the highly cited 1993 paper "Hydraulic Actuators Driven by Piezoelectric Elements (1st Report, Trial Piezoelectric Pump and Its Maximum Power)," established the core principles for designing compact, high-output pumps. By systematically analyzing the interplay between inlet/outlet valves, connective piping, and pressure chambers, Yamamoto demonstrated how to maximize the power output of these novel devices. This research laid the critical groundwork for creating small-scale, powerful actuators essential for advanced robotics and mechatronic systems. His contributions have been instrumental in enabling more agile, precise, and self-contained robotic components, influencing subsequent generations of researchers in microfluidics and smart materials. With over two decades of sustained impact, Yamamoto's work remains a cornerstone for engineers seeking to miniaturize hydraulic power without sacrificing performance.
Research Focus
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Top Papers
- 1