Juan Yu

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About

Juan Yu is a pioneering researcher in the emerging field of biomedical micro-robotics, with a primary focus on the fluid dynamics of blood vessel navigation. Her work centers on the design and optimization of novel blood vessel robots—miniature cylindrical devices equipped with flagella-like appendages for propulsion within the circulatory system. Yu's major contributions include establishing the theoretical thrust and torque equations for these robots and employing computational fluid dynamics (CFD) to simulate their external flow field characteristics. This research provides critical data for refining robot outlines to enhance maneuverability and efficiency. Her studies further investigate how the contractive and dilative motions of blood vessels impact robot performance, modeling turbulent blood flow to understand these complex interactions. While her most-cited papers, such as "New Blood Vessel Robot Design and Outside Flow Field Characteristic" (6 citations) and "Influence of Contractive and Dilative Motion of Blood Vessel to Robot" (3 citations), represent foundational work in a niche area, Yu's contributions are vital for advancing minimally invasive medical interventions. Her research lays the groundwork for future micro-robots capable of targeted drug delivery and vascular repair, positioning her as a key figure in the intersection of robotics and hemodynamics.