The phrase "address welding" is correct and usable in written English.
It can be used in contexts related to discussing welding techniques, processes, or issues that need to be resolved in welding.
Example: "In our next meeting, we will address welding safety protocols to ensure all workers are protected."
Alternatives: "discuss welding" or "tackle welding issues".
Rheological studies addressing welding in volcanic systems have however neglected conditions in which no external stress is applied where the fundamental mechanisms by which melt droplets coalesce yield the kinetics of the surface tension driven end-member of this process.
The critical issues of these processes are addressed, including welding tool materials and design, tool wear, processing temperature, material flow, processing window and residual stresses.
It occupied Wall Street long before the verb and address were welded together, in an era when ire over indiscriminate greed, manifest just last week by the viral sensation of a Goldman Sachs executive's resignation, hadn't been stoked to its current fury.
To avoid failure of the joint while in service, these intercalation and microstructural phase formations should be considered at the design stages and addressed with appropriate welding parameters.
His book had already attracted the attention of Carroll, who noted that its poems "chiefly on children" included a sonnet addressed to Agnes Weld, a girl he would later photograph as Little Red Riding-Hood.
To address the problem of low welding precision caused by the poor real-time tracking performance of common welding robots, a novel seam tracking system with excellent real-time tracking performance and high accuracy is designed based on the morphological image processing method and continuous convolution operator tracker (CCOT) object tracking algorithm.
To address control difficulties in laser welding, we propose the idea of a self-learning and self-improving laser welding system that combines three modern machine learning techniques.
The use of sensors is a way to address these problems in automated robotic welding processes (Xu et al. 2012).
Despite the advantages of sensor-based robotic weld systems, there are some issues associated with robotic welding that need to be addressed to ensure proper selection based on work requirements and the work environment.
An adaptive welding robot should have the capabilities to address two main aspects.
