The hot deformation behavior and microstructure evolution of 6082 aluminum alloy
fabricated through squeeze casting (SC) under different pressures were studied. The alloy …

In the present study, application of microwave energy was explored for tailoring the
microstructure in AA 2024 alloy through directional solidification route. Microwave …

The effects of V on microstructure, room temperature, and high-temperature (350° C)
mechanical properties of Al–5Cu–1.5 Ni alloy were investigated. The results show that Al …

Abstract A novel Al-Cu-Ni composite, featuring Ni-Al3Ni2/Al3Ni core–shell intermetallics
within its matrix produced via powder metallurgy, was subjected to isothermal compression …

The effect of boron content on grain refinement of commercially pure aluminum by Al–5Ti–
1B was quantitatively assessed. When the boron content is less than 0.03 wt.%, the refining …

The electric (E) and magnetic field (B) components of microwaves interact with materials at
molecular level through various mechanisms, which demonstrate unique processing …

In this study, the tensile mechanical properties of a 2A14 aluminum alloy produced by
extrusion were tested at room temperature to investigate the tensile fracture behavior. The …

Abstract Monophasic Al 50 Ni 50 ribbons were fabricated by melt spinning at circumferential
speeds (S c) of 21 and 42 m/s, and subsequently annealed at various temperatures. The …

In order to enhance the high-temperature mechanical performance to meet service
requirements, the microstructures and tensile properties of heat-treated Al-8.4 Cu-2.3 Ce-1.0 …

With the increasing interest in developing Al-Cu-Ni alloys for use as structural material
comes the need to understand more about their processing–microstructure–properties …