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Digital Twin and Machine Learning in welding: implementation of a CNN model for image classification and quality monitoring.
Rel. Giulia Bruno, Emiliano Traini, Gabriel Antal. Politecnico di Torino, Corso di laurea magistrale in Ingegneria Gestionale (Engineering And Management), 2023
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Abstract
Digital twin technology is rapidly evolving within the Industry 4.0 realm and is emerging as a powerful tool for companies to transform themselves and proceed towards digitalisation of their operations. Often, digital twin technology embeds some artificial intelligent models, in the attempt of achieving a so-called ‘Intelligent Digital Twin’, with even more enhanced capabilities of data analysis, fault detection, decision-making support, prediction, and many more. In line with the advantages coming from the synergy between digital twin and advanced deep learning algorithms, a Convolutional Neural Network has been developed within this thesis work, thought as a component of a broader Digital Twin comprehensive framework for Resistance Spot Welding quality monitoring.
Indeed, the purpose of the work performed is to give a contribution in trying to address the quality issues impacting Resistance Spot Welding process, which is often affected by some welding defects
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