Thin sheets of lightweight aluminum alloys, which are increasingly used in automotive,
aerospace, and electronics industries to reduce the weight of parts, are difficult to weld …

Due to the low melting point of aluminium (Al) alloys, it is difficult to join them by fusion
welding techniques. After immense research in the field of welding, especially solid state …

Machine learning approaches are now applied in various manufacturing industries. Various
machine learning algorithms can be implemented for prediction of the particular mechanical …

The AA6082-T6 and AA5754-H22 aluminium alloys were selected as the base materials to
fabricate similar and dissimilar friction stir lap welds. Three lap configurations …

Based on previous research, it is believed that the double side friction stir welding will
improve the obtained joint. It is hoped the length of the pin broaden the strain hardened area …

Aluminum alloys are widely used in manufacturing industry due to its beneficial combination
of formability and strength. However, these alloys are prone to imperfections when joined …

Abstract O processo Friction Stir Welding (FSW) é um processo de soldadura no estado
sólido, desenvolvido pelo The Welding Institute, Reino Unido, na década de 90 do século …

Very thin sheets of heat treatable (AA6082-T6) and non-heat treatable (AA5754-H22)
aluminium alloys were used to produce dissimilar joints by friction stir lap welding. Joint …