Yunyan Chu

Papers

Total Citations

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About

Yunyan Chu’s research centers on the intersection of intelligent robotics and civil engineering, with a particular focus on structural health monitoring and deformation detection in complex building environments. Her most-cited work, “Application of Measuring Intelligent Robot in Building Deformation Monitoring” (2022, 7 citations), addresses a critical challenge in modern construction: as super-large, super-high, and architecturally novel buildings proliferate due to land scarcity and rising aesthetic demands, ensuring their structural integrity becomes paramount. Chu’s contribution lies in demonstrating how intelligent measuring robots can replace or augment traditional manual monitoring methods, offering higher precision, real-time data collection, and reduced human risk. This work is notable for its practical integration of robotics with geodetic measurement principles, providing a scalable solution for deformation monitoring in challenging urban settings. While her citation count is modest, the paper’s relevance to rapid urbanization and smart infrastructure development positions Chu as an emerging voice in applied robotics for civil engineering. Her research underscores a growing trend toward automation in construction safety, making her work a valuable reference for students and practitioners seeking to bridge robotics and structural engineering.