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http://hdl.handle.net/10397/116485
| Title: | Resilience and Innovation: Hybrid Modeling in Structural Health Monitoring | Authors: | Luo, Lanxin | Issue Date: | Dec-2025 | Abstract: | LUO Lanxin worked on a PhD project in hybrid modeling under the supervision of Prof. Yong Xia, Prof. Limin Sun, and Prof. Yixian Li. He aimed to combine physics-based and data-driven models for improved nonlinear boundary condition identification in structural health monitoring. Initially, Lanxin faced challenges integrating these approaches, but through perseverance and guidance, he found a suitable response solver and built a successful hybrid model. Presenting his work at the IABSE Symposium Tokyo 2025, he received the “Outstanding Young Engineer Contribution Award.” The encouragement from his mentors, peers, and PolyU’s resources, including a presentation course, played a crucial role in his progress. This journey not only enhanced his technical skills but also taught him the value of resilience and collaboration in research. | Keywords: | Structural Health Monitoring Finite Element Models Neural Networks Nonlinear Boundary Condition Structural Dynamics |
Subjects: | Structural health monitoring Structural analysis (Engineering) |
Rights: | All rights reserved |
| Appears in Collections: | Outstanding Work by Students |
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