Testing and Comparative Study on Stainless Steel (SS 316) and Mild Steel (E250 BR IS 2062) performed by TIG, MIG and ARC Welding Processes

Abstract

Our study on "Testing and comparative study on stainless steel (SS 316) and mild steel (E250 BR IS 2062) performed by TIG, MIG and ARC welding processes." is basically depends upon three different welding processes i.e. (TIG, MIG, & ARC Welding) and their different parameters which are responsible for creates various welding defects after performing the welding on the material stainless steel (SS 316) and mild steel (E250 BR IS 2062). The dimension and the thickness of the welding material is 150×150×8. The root face is 2 mm and the bevel angle are 60° of the welding materials. The testing performed after welding such as hardness test, tensile and bending test, microstructure, spectrographic, and dye penetration test to determine the improvement in mechanical properties of welding materials. This project examines the behavior of the material under the different welding process. As the result conclusion will be decided under the result value of different test under different condition and the cost of the welding. That can help the industry to increase the turnover ratio as well. In this experiment it will easy to find which is suitable for different applications per requirement for different usage to the Bajaj company and other industries. This project conclusion is depending on the time required for welding, cost for welding. Surface finished after welding, etc. It gives clear idea of the welding to help the industry to choose the suitable welding for suitable welding component.

Fuzzy Analytic Hierarchy Process and Markov Chain-WSM/WPM/WASPAS Approaches to solving the Surface Roughness Problem in the Boring of Carbon Steel IS 2062 GR E250 Plates on CNC Machines

“…The carbon steel IS 2062 GR E250 plates have recently attracted unprecedented attention of manufacturers in various industries focusing on water pipes, food processing, dairy products and high-pressure components (Patel and Deshpande, 2014;Khan, 2014, 2015;Chennaiah et al, 2016a,b;Jagtap et al, 2017;Srivastava and Garg, 2017;Sayed et al, 2019;Bhaskar et al, 2020). Hence, extensive research activities have been reported on the welding and few studies were documented on the boring of the IS 2062 plates.…”