Hongcheng Qiu
Papers
5
Total Citations
52
H-Index
3
About
Hongcheng Qiu is a rising force in bio-inspired robotics, specializing in the hydrodynamics and locomotion of robotic fish. His research centers on understanding how multi-fin coordination—particularly the interplay between pectoral and caudal fins—affects stability, propulsion, and maneuverability in bionic systems. Qiu’s most cited work, “Analysis of Heading Stability due to Interactions between Pectoral and Caudal Fins in Robotic Boxfish Locomotion” (2022, 25 citations), provides foundational insights into how coupled fin gaits enhance directional control, directly informing the design of more stable underwater robots. He has also made significant contributions to ray-inspired robotics, experimentally comparing novel biomimetic pectoral fin designs on a unified platform to identify optimal hydrodynamic performance. Beyond traditional bionic propulsion, Qiu is pushing boundaries into soft robotics, as demonstrated by his 2026 work on low-voltage dielectric elastomer actuators—achieving high output at just 200 volts, a breakthrough for untethered soft machines. His research, spanning lift-based and drag-based swimming modes, has garnered increasing attention, with recent work on multi-fin coordination (2025) already accumulating citations. Qiu’s work bridges fundamental fluid dynamics and practical robot design, offering a clear path toward more agile, efficient, and autonomous underwater vehicles.
Research Focus
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Top Papers
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