This paper reviews the main production methods of laminated cermet composite materials.
The basic methods for obtaining individual macrolayers including cold pressing, slurry …

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 explosive welding process is widely used for fabrication of layered composites.
However, many problems connected with microstructure formation near the interface during …

Ti/Al clad plate is a highly promising material due to its low cost, lightweight nature, high
strength, and excellent corrosion resistance. However, the deformation coordination …

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 …

Abstract In this work, Al/Ti composite structures are obtained by isothermal compression at
550° C and then annealed at 500–650° C, respectively. The microstructure, elemental …

TiB 2 particulates were produced in-situ in aluminum matrices through chemical reactions of
K 2 TiF 6 and KBF 4 salts with aluminum melts. The formation and growth of the in-situ …

Explosive welding technique is widely used in many industries. This technique is useful to
weld different kinds of metal alloys that are not easily welded by any other welding methods …

Abstract The Ti/Al laminated metal components have attracted considerable attention due to
their impressive strength and lightweight properties, positioning them as promising materials …

Titanium (Ti) alloys are widely used in industrial manufacturing, medical treatment, vehicles,
and other fields. When welded with other alloys, due to great differences in physical and …