One of the most favored welding techniques of high strength aluminium alloy is commonly
metal arc welding (MAW) process due to its high productivity and relatively low production …

This paper considers mechanical properties of the welded joints of aluminium alloy AW6082
under varying metal inert gas welding conditions, determined by tensile and microhardness …

Several different groups of filler metal are known to be compatible in welding of AA6xxx
series. The aim of this investigation is to study the effects of different filler alloys toward …

High-strength EN AW 7075 Al-based alloy (Al-Zn-Mg-Cu) is currently employed in many
industrial fields where excellent mechanical performances of structural components are …

Series 6XXX and 7XXX aluminium alloys are considered to be of medium and high strength
and are widely used in different industries, such as the aeronautical and automotive …

In the utilisation of aluminium alloys for structural applications, one difficulty to be overcome
is the reduction of mechanical properties of welded joints as compared to the parent …

Rapid technological progress in recent years has led to an intensified interest in alternative
methods of joining metals. Today's industry is constantly demanding new joining processes …

The properties of Al–Li alloys have been extensively studied recently for structural
applications in automotive and aerospace industry, thanks to their lower density and …

Lap joints of aluminium alloy A6061-T6 and galvanised steel DP800 were produced by an
advanced gas metal arc welding process with AlSi3Mn filler. Four heat inputs designated as …

Purpose: Among many disciplines within engineering, welding is probably one of the most
inexact–rather more of an art than a science. As weldment is meant the complete joint …