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A review study of the effect of process parameters on weld bead geomet

Publication Date : 30/12/2014



Author(s) :

Hinal B.Thakker.


Volume/Issue :
Volume 1
,
Issue 6
(12 - 2014)



Abstract :

submerged arc welding is most efficient welding process in any fabrication industry. It is a common arc welding process in which coalescence is produced by heating application with an electric arc or arcs set up model between a bare metal electrode and the work piece. The arc end of the metal electrode and molten pool are invisible. They are invisible being submerged under a blanket of the granular material (flux). Selection of process parameters has great influence on the weld bead geometry. Welding input parameters play a significant role in determining the quality of a weld joint. Here, this joint quality can be defined in terms of properties such as weld bead geometry and flux consumption. All the welding processes are used with the aim of obtaining a welded joint with the desired weld bead geometry and excellent mechanical properties with maximum metal deposition rate and minimum distortion rate. This paper presents the review of the effect of input parameters on weld bead geometry and flux consumption in submerged arc welding process.


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A review study of the effect of process parameters on weld bead geomet

December 29, 2014