This study investigates the application of a coupled multi-layer perceptrons (MLP) model
with Archimedes optimizer (AO) to predict characteristics of dissimilar lap joints made of …

To implement predicting and controlling of welding quality are significant during pulsed gas
tungsten arc welding (GTAW) process. In this paper, a multi-sensor system has been …

To address the challenge of low accuracy in the measurement of laser deep penetration
welding depth, this study introduces optical coherence tomography (OCT) technology for the …

The dynamic behavior of keyhole plays a critical role in determining the weld penetration
and process stability during pulsed laser welding of thin-sheet aluminum alloy. This study …

It is significant to predict welding quality during gas metal arc welding process. The welding
defect detection algorithm has been developed based on convolutional neural network …

In-process penetration monitoring of the pulsed laser welding process remains a great
challenge for achieving uniform and reproducible products due to the highly complex nature …

When workpieces with varying grooves are welded, changes in the groove angle of the base
metal can affect the butt weld penetration, thus affecting the final weld forming quality …

The interpretation of sensor system data is critical for monitoring industrial welding
processes and providing reliable information about the condition of the weld seam. Previous …

Weld penetration control has emerged as a critical area of research in the field of online
control for ensuring the quality of robotic welds. Acoustic signals, which are known for their …

Pulsed lasers are a very promising branch of laser material processing in terms of high
productivity and quality of the resulting welds. However, laser welding of Al-based alloys is …