Zhenyan Zhu

Papers

Total Citations

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About

Zhenyan Zhu is a rising leader in the field of micro-robotics, with a focused expertise in the design, fabrication, and dynamic modeling of magnetically driven micro-helical robots. Zhu’s major contributions center on advancing the swimming performance and stability of these tiny, screw-like machines, which are critical for targeted drug delivery and minimally invasive medical procedures. In their most cited work (2023, 19 citations), Zhu proposed a novel double curved conical ribbon micro-helical robot, demonstrating through fluid dynamics simulation how this unique geometry enhances both swimming stability and propulsion efficiency. This built on earlier foundational research (2021, 13 citations), where Zhu extended the existing mathematical swimming model using a microelement method, enabling more accurate predictions of micro-helical robot behavior. By tackling the core challenge of geometric optimization, Zhu’s work directly addresses a key bottleneck in the practical deployment of micro-robots in complex biological environments. Their research is notable for bridging theoretical modeling with tangible fabrication, offering a clear pathway toward more reliable and controllable micro-swimmers. With a growing citation record, Zhenyan Zhu is establishing themselves as an important voice in the next generation of biomedical micro-robotics.