Yongbin Wei
Papers
3
Total Citations
8
H-Index
2
About
Yongbin Wei is a researcher specializing in structural and geotechnical deformation monitoring, with a particular focus on optimizing measurement systems for civil engineering applications. His work centers on the precise placement and configuration of robotic total stations (RTS) and optical measurement technologies to enhance the accuracy and efficiency of deformation monitoring in complex environments such as tunnels and multi-point structural systems. Wei's most notable contributions address a critical practical challenge in civil engineering: determining the optimal installation positions for monitoring instruments and measurement points to achieve reliable displacement and deformation data. His 2018 and 2019 studies on robotic total station placement in tunnel and three-dimensional deformation monitoring contexts have each garnered citation recognition within the field, while his complementary work on optical methods broadens the applicability of his optimization frameworks to include image-based and non-contact measurement approaches. Though still building his citation profile — with his leading works accumulating modest but meaningful recognition — Wei's research fills an important methodological gap, providing engineers and surveyors with systematic, evidence-based guidelines for deploying monitoring instrumentation in real-world civil engineering projects. His contributions are particularly valuable for practitioners working on underground infrastructure and large-scale structural health monitoring systems.
Research Focus
Key Achievements
Top Papers
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