Grain refinement not only enhances the mechanical performance of as-cast metallic
materials but also provides an effective mechanism for controlling cast defects, such as …

Control of Fe in Al alloys is a severe challenge for the full metal circulation to produce the
recycled alloys with mechanical and physical performance as high as the primary alloys …

The plate-like Fe-rich intermetallics phases in the recycled Al-Si alloys significantly
deteriorate the mechanical properties. In this study, the effect of Mn addition on Fe-rich …

In this study, the recycled Al-Mg-Mn-Fe alloys having different Fe levels (0.1%, 0.5%, and
0.8%) were successfully developed by applying squeeze casting without heat treatment …

Individual manganese (Mn) modification cannot prevent the formation of coarse and blocky
Iron-rich phases in recycled Al–Si alloys. In the present work, scanning/transmission …

New aluminium alloy design strategies for laser powder bed fusion (LPBF) are needed to
target high strength and conductivity applications and substitute the traditional 6xxx series …

In this paper, we used synchrotron X-ray radiography and tomography to study
systematically and in operando conditions the growth dynamics of the primary Al 3 Ni …

The microstructure and texture of the intermetallics in Al/Mg/Al multi-layer composite
fabricated by Accumulative Roll Bonding (ARB) at 400° C up to 6 cycles were investigated …

Abstract Al–5Ti–1B is commonly added to refine the grain size of Al alloys. However, its
presence affects the type, size, morphology, and formation sequence of Fe-rich intermetallic …

The production of an aluminum alloy using the laser powder bed fusion (LPBF) process
results in a unique microstructure that differs from that of the same alloy when cast; this …