Nansheng Liu
Papers
2
Total Citations
13
H-Index
2
About
Nansheng Liu is a researcher whose work bridges bio-inspired fluid dynamics and robotic sensing technologies. His primary research areas include unsteady flow mechanics, flexible structures in propulsion systems, and the design of visual sensors for automated welding robots. Liu’s most notable contribution is his 2021 study on the length and stiffness effects of an attached flexible plate on flow over a traveling wavy foil—a problem central to understanding how fish-like undulating bodies interact with deformable appendages to enhance thrust or maneuverability. This work, which has garnered 11 citations, provides key insights for the development of bio-inspired underwater vehicles and energy-harvesting devices. Earlier in his career, Liu explored the internal layout of structural light visual sensors for crawling arc welding robots, investigating optimal configurations of laser projectors and CCD cameras to improve weld seam tracking accuracy. Though his earlier work has fewer citations, it demonstrates a sustained interest in applied sensing and automation. Liu’s research trajectory—from practical robotic vision to fundamental fluid–structure interaction—reflects a versatile engineering mindset, contributing both to industrial robotics and to the physics of flexible-body propulsion.
Research Focus
Key Achievements
Top Papers
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- 2