The relation between processing parameters (routes, passes) and mechanical behavior of equal channel angular pressing (ECAP) processed Mg alloys has been researched systematically by Hai-Long Jia, co-workers in this article, number 2000790. A low-cost high-strength-ductility wrought made combining fine DRXed grains, nano-scale secondary phase particles strong basal texture.

Most of the aluminum‐based components produced today by additive manufacturing (AM) are based on Al–Si eutectic system due to its outstanding processability. The mechanical properties these alloys, however, well below comparable wrought alloys. Even though successful modifications cast and alloys have been performed in literature, widespread application is still missing for various reasons. Her...

Additive manufacturing of alloys has gained attention by industry as it provides economical production complex-configuration engine parts with fewer joining steps and greater geometric freedom. The creep behaviour additively manufactured (AM) Inconel 625 718 at 650 800 °C was compared that the wrought alloy after 24 hour long-term tests up to about one year. is precipitation strengthened while ...

The influence of high energy-ball milling (HEBM) on corrosion and hardness age hardening aluminum alloys was investigated. Nanocrystalline (AA2024, AA6061 AA7075) were produced by HEBM pre-alloyed powder subsequent cold compaction under uniaxial pressure 3 GPa. Cyclic potentiodynamic polarization immersion tests conducted in 0.6 M NaCl solution which revealed significantly increased pitting pro...

Aluminum and its alloys are widely used in industry due to their lightness, high strength/weight ratio easy formability. Different machining operations such as turning, drilling, milling threading needed order be manufactured desired forms a final product mechanical systems. However, some problems arise that negatively affect the machined surface quality, dimensional tolerance cutting tool perf...