SMM Chair at the EMI 2023 conference

check out our Keynote and Student Competition Finalists

The Chair of Structural Mechanics and Monitoring is participating in the upcoming EMI 2023 conference of the Engineering Mechanics Institute (EMI) of the American Society of Civil Engineering (ASCE) with a keynote presentation, a number of presentations, and participation of two of our Singapore ETH Center (SEC) members as finalists of EMI student paper competitions.

The external page EMI 2023 conference takes place at Georgia Tech (Atlanta, Georgia, USA) from June 6-9, 2023.

Prof. Eleni Chatzi offers a keynote lecture on "Nurturing Augmented Twins; From First Principles, to Learning, to Real-time Virtualization" on Wednesday June 7th at 08:30.

Kiran Bacsa, doctoral candidate at SEC/ETH Zurich, participates as a finalist of the EMI Dynamics Committee Student Paper competition, with his work on Structural Dynamics Learning using a Supervised Variational Auto-Encoder (SVAE), which is further presented as part of the regular conference program during the Friday, June 09, Afternoon Sessions, 14:15 - 14:35.

Kiran presents a novel approach using a Supervised Variational Auto-encoder (SVAE) to learn the structural dynamics of a monitored structure and classify its response. By training the SVAE on sensor measurements and auxiliary classification of structural parameters, a compact and expressive representation of the structure's dynamics is learned, which can be generalized across different stiffness categories. The SVAE outperforms other models in reconstructing unseen response measurements, making it a valuable tool for monitoring and controlling the health of dynamic structures. 

Wei Liu, doctoral candidate at SEC/NUS, has been selected as a finalist of the EMI Structural Control and Health Monitoring Committee Student Paper competition for his research on estimating unknown inputs in monitored engineered systems. The proposed method utilizes a Partially Observable Markov Decision Process (POMDP) approach to identify system inputs that replicate measured outputs, enabling the estimation of operational loads and system reactions. The method is demonstrated on a simulated vehicle and a real-world wind turbine, showcasing its potential for enhancing the safety and performance of structural health monitoring and informing structural system design.

Do not miss these further presentations by our group members:

  • Wednesday, June 07, Morning Sessions, 11:20 - 11:40
    ID 576: POMDP inference and solution of railway optimal maintenance and comparisons with deep reinforcement learning
    Author(s): Giacomo Arcieri*, Cyprien Hoelzl, Oliver Schwery, Daniel Straub, Konstantinos G. Papakonstantinou, Eleni Chatzi 

  • Wednesday, June 07, Early Afternoon Sessions, 14:15 - 14:35
    ID 634: The Impact of Modelling Error when estimating the foundation parameters of Offshore Wind Turbines through Bayesian Model Updating, Author(s): Harry Simpson*, Imad Abdallah, Costas Papadimitriou, Eleni Chatzi, Manolis Chatzis 

  • Thursday, June 08, Early Afternoon Sessions, 15:15 - 15:35
    ID 441: A conditional Variational AutoEncoder-boosted Reduced Order Model for multi-parametric dependencies in nonlinear dynamics
    Author(s): Kontantinos Vlachas*, Thomas Simpson, Anthony Garland, Carianne Martinez, Eleni Chatzi
     
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