In this study, using a combination of several experimental and computational methods, an
attempt to improve the understanding of some important phenomena accompanying the …

This work aimed to study aluminium to stainless steel explosive welds produced using two
different interlayers: carbon steel and niobium. The use of each interlayer was analysed and …

Achieving high quality tantalum coatings on common metals is still a challenging task, due to
potential technical problems such as high differences in melting points and formation of …

In this study, the effect of post-weld heat-treatment (PWHT) on the interface microstructure
and its mechanical properties in the three-layered explosive welded (EXWed) …

Abstract Eleven-layered AZ31/AA1050 composite plates were fabricated using a single-shot
explosive welding process. The microstructural evolution of the interfacial layers were …

The fundamental evolution mechanisms of many important phenomena accompanying
explosive welding of metal foils remain a subject of open discussion, due to the extreme …

This paper presents a comprehensive study of the microstructure-property relationships in
Ta and stainless or carbon steel composites, fabricated by explosive welding using Cu …

The welding of thick W onto Cu, with good bonding, has been a big challenge due to the
large differences in physical properties between W and Cu. Among various novel methods …

In this work, explosive welding was introduced to manufacture Ag coating on Fe substrate.
The microstructure evolutions of the Ag/Fe joint interface and the associated governing …

Within the framework of this study, the 1050A/AZ31 round bimetal bars were produced by
the explosive cladding method and subsequent groove rolling process. LM/SEM …