Magnetically impelled arc butt (MIAB) welding is a solid-state technique of that utilizes the heating effect high-speed rotating for formation weld. The process exhibits lower time and power consumption compared to conventional processes tube–tube joining. However, available research reports on MIAB Mild Steel (MS)1018 are still inadequate lack details required extending applications this proce...

In order to improve the performance of welded joints in Al-Li alloys, butt consisting 2 mm thick 2195-T8 alloy plates are fabricated by laser beam welding with different filler wires this paper. The ER2319CT, ER4047, and without investigated context microstructure, distribution alloying elements, burning loss tensile strength. From fusion boundary center weld seam (WS), crystal morphologies var...

Abstract This research studies the influence of local weld notch parameters on fatigue crack initiation sites in laser-hybrid butt welds, utilizing high-resolution 3D scans and tests to failure. The suitability different geometric for strength characterization is investigated, current challenges associated with their measurements are highlighted. shapes were found fluctuate significantly, resul...

We report that individual metallic nanowires and nanoobjects can be assembled and welded together into complex nanostructures and conductive circuits by a new nanoscale electrical welding technique using nanovolumes of metal solder. At the weld sites, nanoscale volumes of a chosen metal are deposited using a sacrificial nanowire, which ensures that the nanoobjects to be bonded retain their stru...

Abstract Aluminium alloy has high mechanical properties and is widely used in manufacturing vehicles to reduce weight. This paper describes an experimental numerical study of the aluminium 6082-T6 plates butt weld joints. Experiments were conducted on three joint specimens, then stress-strain curves obtained analyzed. Finite element (FE) models developed validated against test results. Based da...