Research‑grade articles on infrared thermography in welding, AI defect detection, cooling rates (T8/5), compliance, and ROI.
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Thermal pipe wall thickness measurement uses passive IR gradients to estimate wall loss on hot lines without contact or shutdown.
Orbital TIG welding monitoring helps pipe fabricators control root quality, heat input, purge integrity, and traceability in real time for fewer repairs and audits.
Learn how thermal camera monitoring and AI analytics enable predictive maintenance in robotic welding cells, reducing downtime by up to 40% and cutting maintenance costs.
Discover how AI-driven predictive maintenance transforms robotic welding operations by detecting equipment degradation before failures occur.
How thermal imaging and AI monitor heat distribution and intermetallic formation in dissimilar metal joins like steel-aluminum and copper-steel.
How real-time robotic arc welding monitoring cuts defects and rework—thermal imaging, vision, ROI model, and integration guide for automated cells.
A look back at an intense week of networking and industrial innovation. From A&T - Automation & Testing to MEAS and Impact Deal, Therness shares its vision for AI-driven manufacturing.
How NASA welds the Space Launch System: friction stir welding process, quality monitoring, and structural inspection on Artemis 2.
Thermal C-scan imaging reveals weld misalignment defects non-destructively by mapping heat flow disruptions. Detect hi-lo offsets before destructive testing.
Progetto cofinanziato nell'ambito del PR Piemonte FSE+ 2021-2027,
Priorità I, Obiettivo Specifico a), Azione 4 – "Sostegno alla nascita delle start up"