Haocai Huang
Papers
14
Total Citations
298
H-Index
6
About
Haocai Huang is a prominent robotics researcher whose work bridges biomimetic engineering, autonomous systems, and industrial inspection robotics. Based on his publication record, Huang's research spans two major thrusts: bio-inspired underwater and water-surface robots, and specialized climbing robots for industrial applications. Huang has made significant contributions to the development of manta ray and cownose ray-inspired robots, advancing the understanding of pectoral fin kinematics, hydrodynamic modeling, and multi-level linkage mechanisms that replicate the elegant propulsion of batoid fish. His most-cited work (133 citations) centers on a tracked wall-climbing robot designed for ship inspection in shipbuilding environments, demonstrating his ability to engineer practical solutions for hazardous industrial tasks. He further extended this expertise to the calibration of large vertical crude oil storage tanks, replacing dangerous manual methods with autonomous robotic systems. Huang has also pioneered water strider-inspired robots, meticulously analyzing stroke kinematics and surface tension dynamics across multiple publications. More recently, his group has tackled attitude control for autonomous underwater helicopters, broadening his influence into control systems. With over 280 cumulative citations, Huang's work represents a rich intersection of bioinspiration and real-world robotic deployment.
Research Focus
Key Achievements
Top Papers
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- 4Tracked Wall-Climbing Robot for Calibration of Large Vertical Metal Tanks32 citations · 2019
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