Xin-hong Wang

TL;DR: The effects of activating fluxes on welding arc were investigated in this article, where a special set of water-cooling system and stainless steel were used as parent material and high-speed camera system and oscillograph were used for capturing instantaneous arc shape and arc voltage respectively.

TL;DR: In this paper, the effects of specific fluxes used in the tungsten inert gas (TIG) process on surface appearance, weld morphology, angular distortion, mechanical properties, and microstructures when welding 6mm thick duplex stainless steel were investigated.

TL;DR: The flux assisted GTAW or A-TIG process developed at the Paton Welding Institute in 1960 as mentioned in this paper has attracted the research interest in last one decade and attempts have been made to analyze and review the literature published with respect to (a) advancement of various hypotheses to explain the reasons for high penetration achieved using TIG, (b) effect of input process parameters related to GTAW and A-tIG, effect of chemical composition and various alloying elements in steel on penetration achieved by TIG.

TL;DR: In this paper, the effect of oxide fluxes on weld morphology, arc voltage obtained with A-TIG welding, which applied to the welding of 6mm thick modified 9Cr-1Mo steel plates.

TL;DR: In this paper, a review of aluminium usages, application, and workability parameters was conducted using the structure literature review technique, and the time period selected for the study is 2008-2019 from the Scopus database.

TL;DR: In this article, the effect of current, welding speed, joint gap and electrode diameter on weld bead dimensions on 6-mm-thick dissimilar weld between carbon steel to stainless steel, was studied under Activated Flux-Tungsten Inert Gas Welding process.