The effects of magnesium alloy compositions on the interfacial microstructure, corrosion resistance and mechanical properties explosively welded alloys aluminum were investigated. bonding interface had a periodic wavy shape. Thin interlayer consists intermetallic compound, γ-Mg17Al12 phase, was formed at in all samples. When concentration is low, intermediate layer thin intermittently formed, b...

Abstract This work presents a detailed description of bonding zone explosively welded Ti/steel clads subjected to stress relief annealing, applied in order improve the plasticity final product. The typical joint formed by welding process possesses characteristic wavy interface with melted regions observed mainly at crest waves. before and after annealing was previously investigated mostly respe...

The present work reports on a positron annihilation study addressing the structural and chemical characterization of solute aggregates containing open volumes (vacancies and/or misfit regions at precipitate–matrix interfaces) in AlZnMg, AlCu, and AlCuMg alloys. High resolution transmission electron microscopy results for selected ageing conditions are also presented. Two main points are discuss...