Weld defect detection is a crucial aspect for improving the productivity and quality of the
welding process. Several non-destructive methods exist for the identification of defects post …

Robotic arc additive remanufacturing utilizes the same technology methods as wire arc
additive manufacturing to repair and restore worn parts and components. It holds immense …

In recent years, numerous monitoring approaches have been developed in the field of
intelligent welding manufacturing to predict quality-related characteristics using process …

Welding fault detection in the industry of hot water tanks remains typically conducted visually
or with the assistance of None Destructive Examination, such as X-ray, ultrasound, and …

The new e-commerce field has attracted businesses of all sizes, retailers, and individuals.
Consequently, there is an ongoing necessity for applications that can offer predictions on …

Die additive Fertigung mittels DED-Arc-Verfahren ist durch die hohen Fertigungszeiten ein
kostenintensiver Prozess. Die klassischen Qualitätsprüfverfahren, die der Fertigung …

In the manufacturing of hot water tanks, welding quality evaluation and fault detection is a
critical operation that is still frequently conducted visually or with the help of none destructive …

This study presents a comprehensive review of research applying artificial intelligence (AI)
techniques to prevent defects in arc welding processes. Arc welding is essential across …

Aiming at the quality identification of melt inert-gas (MIG) welding, a novel algorithm based
on bionic pattern recognition and sound features is proposed in this paper. Firstly, the …

Automatic extraction of the skin lesion is critical in assisting dermatologists in the detection of
dangerous skin lesions. Some skin lesions are so small that doctors may not notice them …