Minoru Taya
Papers
8
Total Citations
185
H-Index
7
About
Minoru Taya is a prominent researcher whose work spans smart materials, bioinspired engineering, and soft robotics, with particular expertise in dielectric elastomer actuators (DEA) and shape memory alloy (SMA) composites. His research has significantly advanced the development of artificial muscles and soft actuators capable of mimicking biological motion, bridging the gap between nature-inspired design and practical robotic applications. Among his most impactful contributions is his pioneering work on variable stiffness DEAs using electrostatic chucking, which addresses a critical limitation of bending-type actuators in robotic end-effectors — garnering 88 citations and establishing him as a key voice in soft actuator design. His earlier bioinspired work on SMA-based fish fin and swimming actuators (2004–2006) demonstrated elegant solutions for underwater locomotion drawn from nature. Taya has also contributed rigorous modeling frameworks, including a validated viscoelastic model for multilayer unimorph DEAs, and has explored nanoscale actuation through molecular dynamics simulations of FePd nanohelices. His co-authored book, *Bioinspired Actuators and Sensors*, synthesizes these themes into a foundational resource for the field. Taya's body of work reflects a sustained commitment to merging biological principles with advanced engineering to create next-generation smart systems.
Research Focus
Key Achievements
Top Papers
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- 4Design of fish fin actuators using shape memory alloy composites17 citations · 2004
- 5Bioinspired Actuators and Sensors9 citations · 2016
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- 7Molecular dynamics model for nano-motions of FePd nanohelices7 citations · 2017
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