Suppat Rungraungsilp
Papers
3
Total Citations
12
H-Index
2
About
Suppat Rungraungsilp is a researcher advancing the frontiers of optical and acoustic sensing for infrastructure monitoring, with a particular focus on pipeline inspection and characterization. Their work bridges optical wireless communication and environmental sensing, developing novel multiwavelength techniques to assess water-filled and closed plastic pipelines. In two highly cited 2025 papers, each garnering 5 citations, Rungraungsilp demonstrated how visible light from LEDs at 475, 528, 583, and 625 nm can estimate water fill levels and stratification states, as well as characterize optical communication channels in complex pipe environments. These contributions offer non-invasive, real-time alternatives to traditional inspection methods. Complementing this optical work, Rungraungsilp’s 2024 study on acoustic sensing systems integrated with robotic inspection platforms explores fault and blockage detection in buried pipes, expanding the toolkit for underground infrastructure assessment. With a combined citation impact reflecting the novelty and practical relevance of their research, Rungraungsilp is establishing themselves as a key contributor to smart sensing technologies for civil and environmental engineering applications.
Research Focus
Key Achievements
Top Papers
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