Papers
3
Total Citations
8
H-Index
2
About
Bangan Liu is a researcher specializing in structural deformation monitoring and measurement optimization, with a particular focus on applying advanced optical and robotic technologies to civil engineering applications. His work centers on the precise placement and configuration of monitoring instruments, notably robotic total stations (RTS), to maximize measurement accuracy and efficiency in complex environments such as tunnels and multi-point deformation scenarios. Liu's most recognized contributions address a critical practical challenge in civil engineering: optimizing the installation positions of measuring devices and monitoring points to achieve reliable deformation and displacement data. His research bridges theoretical optimization methods with real-world measurement constraints, encompassing optical techniques including non-contact and image-based measurement systems. By systematically tackling instrument placement problems, Liu has helped improve the reliability of structural health monitoring workflows used across infrastructure projects. While his citation counts remain modest — with his leading works each accumulating two to three citations — his research addresses genuinely practical gaps in measurement science that have direct implications for construction safety and infrastructure management. Liu's body of work represents a focused and technically rigorous contribution to the growing field of automated and optical deformation monitoring in civil engineering.
Research Focus
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