Real-time data assimilation in welding operations using thermal imaging and accelerated high-fidelity digital twinning

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Abstract

Welding operations may be subjected to different types of defects when the process is not properly controlled and most defect detection is done a posteriori. The mechanical variables that are at the origin of these imperfections are often not observable in situ. We propose an offline/online data assimilation approach that allows for joint parameter and state estimations based on local probabilistic surrogate models and thermal imaging in real-time. Offline, the surrogate models are built from a high-fidelity thermomechanical Finite Element parametric study of the weld. The online estimations are obtained by conditioning the local models by the observed temperature and known operational parameters, thus fusing high-fidelity simulation data and experimental measurements.

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Álvarez, P. P., Kerfriden, P., Ryckelynck, D., & Robin, V. (2021). Real-time data assimilation in welding operations using thermal imaging and accelerated high-fidelity digital twinning. Mathematics, 9(18). https://doi.org/10.3390/math9182263

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