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About

Francisco Huera-Huarte is a leading experimentalist in bio-inspired fluid dynamics, with a focus on unsteady propulsion and fluid-structure interactions. His research bridges the gap between biological locomotion and engineered systems, particularly through the study of flapping fins and pitching foils. In his highly cited 2017 work on tip deflection in flapping propulsion (11 citations), he demonstrated how flexible tip deformations critically alter thrust and efficiency, providing foundational insights for robotic fin design. His 2019 study (8 citations) further revealed that the phase difference between a fin and its near-tip region is a key control parameter for propulsive performance, using a low-order robotic model to isolate this effect. More recently (2023, 7 citations), Huera-Huarte uncovered a non-linear decay in pitching foil performance near free surfaces, showing that proximity to the air-water interface degrades thrust—a finding vital for surface-swimming robots. He also developed an optical defocusing instrument (2014) for dynamic response testing in water and wind tunnels, showcasing his commitment to advancing experimental methods. With over 28 citations across these key works, Huera-Huarte’s contributions are shaping the next generation of efficient, bio-inspired underwater vehicles.