Javier Prieto Arranz

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Total Citations

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About

Javier Prieto Arranz is a researcher specializing in micro-robotics and piezoelectric actuation, with a particular focus on bio-inspired locomotion systems. His most cited work, "Study in COMSOL of the generation of traveling waves in an AEF robot by piezoelectric actuation" (2018, 4 citations), presents a computational analysis of an artificial eukaryotic flagellum (AEF) microrobot. In this study, Prieto Arranz models a microrobot composed of an aluminum beam structure with two bonded piezoelectric patches, demonstrating how traveling waves can be generated by applying the same voltage at different frequencies. This contribution advances the understanding of wave-based propulsion mechanisms for microscale robots, drawing inspiration from biological flagella. His work bridges computational modeling and experimental design, offering insights into the control of micro-robotic motion through smart materials. While his citation count reflects a niche but emerging field, Prieto Arranz’s research holds promise for applications in targeted drug delivery, micro-manipulation, and biomedical devices. His focus on COMSOL-based simulation highlights his expertise in multiphysics modeling, making his contributions valuable for students and researchers exploring the intersection of piezoelectric materials, robotics, and bio-inspired engineering.