In the application of welding "GTAW" has several advantages such as
welding results do not need to be cleaned from slag or corrosion residue. Due to
the above-mentioned advantages, the precise determination of weld parameters
and offset by the welding skills of welded characteristics will be affected. The
purpose of this research is to know the characteristic of GTAW welding on low
carbon steel, by observing the shape of weld bead and supported by the result of
macro photo of welding result from various variations of currents and variations
of the angle geometry of tungsten electrode.
The method used in this study is an experimental method, with treatment of
parameters of parameters of current and parameters of angle geometry variation of
tapering of tunsten electrode. Analyze method is done to welding result and macro
photo of T connection weld result.
From the analysis of GTAW weld metal form with type T connection
through variation of electrode geometry angle and strong welding current in this
research, can be drawn some conclusions, among others, from some variation of
weld geometry angle which gives good shape of welding characteristic and deep
penetration is angle 300 of ampere 90 A.
Effect of Welding Current Waveforms on Metal Transfer and Weld Geometry in Controlled Short Circuiting Transfer GMAW
