Zhexing Hou
Papers
3
Total Citations
57
H-Index
3
About
Dr. Zhexing Hou is a rising leader in bio-inspired fluid dynamics and underwater propulsion, whose work bridges the gap between biological locomotion and robotic engineering. His research primarily focuses on the hydrodynamics of batoid fish—such as rays and skates—and the design of bio-robotic systems that mimic their efficient swimming. Hou’s major contributions include a groundbreaking numerical investigation into how asymmetric pectoral fin flapping in batoid fish generates thrust and torque, a study that has garnered 32 citations and set a foundation for understanding maneuverability in these species. He further advanced the field by analyzing how jet velocity profiles influence propulsive performance and vortex ring formation in pulsed jet propulsion (15 citations), offering critical insights for optimizing underwater thrusters. Most recently, his work on the ground effect in cownose ray-inspired robotic fish (10 citations) has practical implications for near-seafloor operations. With over 57 total citations and a rapidly growing portfolio, Hou’s research is not only advancing fundamental knowledge but also directly informing the next generation of agile, efficient underwater robots for exploration and environmental monitoring.
Research Focus
Key Achievements
Top Papers
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