EFFECT OF A-TIG WELDING PROCESS PARAMETERS ON PENETRATION IN MILD STEEL PLATES | Zendy

VIKESH VIKESH | Zendy; PROF. JAGJIT RANDHAWA | Zendy; N. M. SURI DR | Zendy

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EFFECT OF A-TIG WELDING PROCESS PARAMETERS ON PENETRATION IN MILD STEEL PLATES

Author(s) -

VIKESH VIKESH,

PROF. JAGJIT RANDHAWA,

N. M. SURI DR

Publication year - 2014

Publication title -

international journal of mechanical and industrial engineering

Language(s) - English

Resource type - Journals

ISSN - 2231-6477

DOI - 10.47893/ijmie.2014.1188

Subject(s) - welding , gas tungsten arc welding , materials science , metallurgy , taguchi methods , penetration (warfare) , arc welding , heat affected zone , filler metal , electric resistance welding , composite material , mechanical engineering , engineering , operations research

TIG welding is mostly used to weldthin sections for high surface finish. A major drawback in the processis having very small penetration as compare to other arc welding process. The problem can be avoided by using active flux in conventional TIG welding. In the present study investigate theoptimization of A-TIG welding process on mild steel for an optimal parameter by using Taguchi technique. Theeffect of various process parameters (welding current (I), welding speed (V), active flux) .IN the present study efforts were made to increase the weld penetration by appling the active flux and to optimize the process parameters.

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