Te‐Yu Liu
Papers
2
Total Citations
115
H-Index
2
About
Te‑Yu Liu’s research has centered on structural health monitoring and vibration‑based damage detection, with a particular focus on applying the Hilbert‑Huang Transform (HHT) to civil infrastructure. His most cited works—a 2010 study on damage detection in benchmark buildings and a 2011 paper on system identification for vibrating bridges—each garnered significant attention, accumulating 72 and 43 citations respectively. However, both papers were retracted in 2013 after an investigation by the *Journal of Vibration and Control* and SAGE uncovered a peer‑review ring involving fabricated identities, traced to Peter Chen at National Pingtung University of Education, Taiwan. This case became a landmark example of systematic peer‑review fraud, prompting widespread reforms in editorial practices. Despite the retractions, Liu’s work initially demonstrated the potential of HHT‑based methods for extracting nonlinear and non‑stationary features from structural responses, contributing to early efforts in automated damage diagnosis. The controversy surrounding these papers underscores the importance of integrity in academic publishing and serves as a cautionary tale for researchers navigating the pressures of citation‑driven metrics.
Research Focus
Key Achievements
Top Papers
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- 2