Abstract

JESUDOSS HYNES, N. Rajesh; KUMAR, R.; VELU, P. Shenbaga  and  JENNIFA SUJANA, J. Angela. Optimization of friction stud welding process parameters by integrated Grey-Fuzzy logic approach. J. appl. res. technol [online]. 2018, vol.16, n.4, pp.276-286. ISSN 2448-6736.

In this work, an integrated grey fuzzy logic technique is employed for solving the multi objective function of friction stud welding machine process parameters. This technique converts the multi-objectives into a grey fuzzy reasoning grade. According to the grey fuzzy reasoning grade, an optimal combination of process parameters is concluded. Here, Taguchi L9 orthogonal array is used to design the experiments. The objective of this work is to maximize impact strength and minimize metal loss during the joining of AA 6063 and AISI 1030 steel. Rotational speed, friction time, and friction pressure are considered as the input process parameters. The outcomes of the confirmation test show that good joining strength is accomplished by the optimal level of process parameters.

Keywords : Friction stud welding; aluminum; mild steel; grey-fuzzy logic; impact strength; metal loss.