Jan 3, 2023 · This study attempts to realize controllable layer width via imposing a closed-loop controller based on a composite sensing of vision and arc.

Jan 3, 2023 · Closed-loop tests confirm that the PSA-Fuzzy controller can significantly increase the layer width consistency in robotic pulsed GTA AM. 查看 ...

Supplementary Data. Layer width control in robotic pulsed gas tungsten arc additive manufacturing through composite sensing of vision and arc.

This paper aims to provide a review of applications developed using artificial intelligence techniques for Wire Arc Additive Manufacturing, with particular ...

A vision sensor is employed to directly monitor the arc length which can reflect the forming height stability with little detection hysteresis.

In this study, an arc voltage sensing and control approach with little delay is proposed to increase the forming height stability in GTA-based AM.

Layer width control in robotic pulsed gas tungsten arc additive manufacturing through composite sensing of vision and arc. Article. Jan 2023. Jun Xiong ...

Layer width control in robotic pulsed gas tungsten arc additive manufacturing through composite sensing of vision and arc · Engineering, Materials Science. Int.

Oct 28, 2024 · Layer width control in robotic pulsed gas tungsten arc additive manufacturing through composite sensing of vision and arc. Int. J. Comput ...

Oct 22, 2024 · This paper focuses on reasonable utilization of materials and energies in gas metal arc welding (GMAW) for rapid manufacturing. During the weld- ...