Jeffrey Feaster
Papers
3
Total Citations
16
H-Index
3
About
Jeffrey Feaster is a researcher at the forefront of bioinspired robotics and unsteady aerodynamics, with a focus on translating biological locomotion into engineered systems. His work bridges computational fluid dynamics and adaptive control, particularly in the study of flapping-wing flight and undulatory aquatic propulsion. Feaster’s most cited paper, “Identification and adaptive control of history dependent unsteady aerodynamics for a flapping insect wing” (2016, 7 citations), introduces a novel framework for modeling and controlling the complex, time-dependent aerodynamic forces that govern insect flight—a critical step toward stable, maneuverable micro-air vehicles. In parallel, his 2014 study on “Computational Analysis of Undulatory Batoid Motion for Underwater Robotic Propulsion” (6 citations) provides foundational insights into the fluid dynamics of ray and skate locomotion, offering a blueprint for silent, efficient underwater robots. His 2015 investigation into insect wing cross-sectional geometry (3 citations) further demonstrates his systematic approach to understanding how subtle morphological features impact flight performance. Though his citation counts are modest, Feaster’s contributions are notable for their interdisciplinary rigor, combining adaptive control theory with high-fidelity simulation to solve real-world engineering challenges in bioinspired design.
Research Focus
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Top Papers
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