Explosive welding interface commonly show wavy shapes, makes microstructure
anisotropic. The effects of microstructure and different loading directions on shear properties …

The dissimilar material joining of aluminum and titanium alloys is recognized as a challenge
due to the significant differences in the physical, chemical, and metallurgical properties of …

In this study, forty-layered Ti-Al composites were fabricated in a single-shot explosive
welding process. The structure of the composites was thoroughly investigated using …

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) …

In this paper, both experimental and theoretical studies were conducted to investigate the
bonding interface formation, microstructure evolution, and the interface strength of an …

The layered structural parameters have been reported to be critical for tuning the tensile
properties of laminated metals. Here, we investigated the effects of the thickness ratio (rc/f) of …

In the current research, microstructure evolution and mechanical properties of multilayer
Cu/Al/Cu explosive welded joints were studied at upper and lower interfaces after heat …

Ti/Al layered composite was fabricated by explosive welding (EXW). The aim of this work is
to study the microstructure and phase composition of the Ti/Al interface region and its effect …

The aim of the work was to produce laminated structures consisting of Ti–6Al–4V alloy and
AA2519 plates and to investigate their microstructure and mechanical properties with an …

Multilayer metal composites based on dissimilar metals and alloys have great application
value for many industries and key equipment because of excellent comprehensive …