STUDY ON THE EFFICIENCY OF SPOT WELDING TECHNOLOGIES FOR STAINLESS STEEL THIN SHEETS USING CONCENTRATED ENERGIES

Abstract

In the field of welding technologies, the nonconventional approach brings great progress, based on the results of scientific research in the field. Controlled energy concentration helps a lot to increase technological performance while significantly reducing processing costs, especially by making equipment designed in a new vision, in line with new developments in other fields related to welding, such as electronics, electrical engineering and IT methods for intelligent assistance / monitoring of operations performed. The present experimental research draws attention to the application of the WIG (TIG) process in a temporary joint application (spot welded) of thin stainless-steel sheets, in optimal precision and economy conditions.

Keywords

• temporary joint
• concentrated energy
• unconventional
• thin sheets
• economy
• precizion