Fa‐Shian Chang
Papers
2
Total Citations
23
H-Index
2
About
Fa-Shian Chang is a robotics researcher specializing in pipeline inspection technologies, with a focus on mechanical design and adaptive locomotion systems. Their key research areas include mobile robotics, mechanical clutch mechanisms, and pipeline inspection systems for confined environments. Chang’s major contributions center on developing novel belt-driven, ridged cone-shaped skate models that enable robots to navigate irregular environmental barriers within pipelines. Their 2015 paper on a pipeline inspection robot with a linkage mechanical clutch, which has garnered 14 citations, introduced a three-bar linkage mechanism that allows for conformal movement through obstacles. Building on this, their 2017 work presented an adjustable pipeline inspection robot with three belt-driven mechanical modules, achieving 9 citations and demonstrating scalability for pipelines with diameters of 30-45 cm. This robot features three powered belt-driven chains, each equipped with a mechanical clutch, enhancing adaptability and reliability in real-world inspection tasks. Chang’s designs emphasize mechanical simplicity and robustness, offering practical solutions for maintaining critical infrastructure. Their work is notable for bridging theoretical mechanics with applied robotics, providing a foundation for future advancements in autonomous pipeline inspection and maintenance.
Research Focus
Key Achievements
Top Papers
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- 2