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Efficient inverse heat conduction modeling for parameter estimation and defect detection in multi-layer structures with internal heating
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DOI：10.1016/j.ijthermalsci.2025.110606.png)
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Abstract
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• Fast inverse parameter estimation in multilayer composites with internal heating. • Diagnoses thermal aging and detects global and local delamination. • Flexible analytical forward framework for multiple non-homogeneities. • High computational speed enables real-time, lightweight thermal diagnosis. • Noninvasive, sensorless estimation through electrically inferred temperature.
Keywords:
Inverse problem
Heat conduction
Multi-layer structure
Parameter estimation
Thermal aging
Delamination
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