EFFECT OF GMAW PROCESS PARAMETERS ON IS 2062 STEEL CLAD GEOMETRY

In the present-day fabrication industries, the automatic welding plays an important role. The quality of welding depends on the welding process welding, so the influence of parameters and their interactions decide the sound of the welding. The mathematical model is developed to determine the influence of parameters and its interaction between them. GMAW is preferred by the manufacturing and fabrication industries due to the smooth finish, high productivity, and deep penetration. A factorial design is engineered for IS 2062 steel plates using the RSM-CCD technique by considering four factors and five levels to forecast the dimensions of the clad bead geometry and the interaction of process parameters. The interaction of the process parameters is presented in graphical form. By using this, clad bead geometry and quality of the cladding process parameters are analyzed.