Additive manufacturing has gained increasing interest to fabricate metal matrix composites.
Particle agglomeration remains a critical challenge and can severely compromise the …

Modelling and simulation are very important for revealing the relationship between process
parameters and internal variables like grain morphology in solidification, precipitate …

Abstract An additive manufactured TiB 2/Al-Cu-Mg-Ni composite with a minor amount of Sc
was fabricated by laser powder bed fusion (LPBF). The composite shows a yield strength …

Laser powder bed fusion (LPBF) processed Al–Ni alloys typically exhibit cellular structures,
contributing to superior strength at ambient temperature as the cell walls can effectively …

Understanding and controlling the performance of additively manufactured aluminum alloys
containing scandium (Sc) and zirconium (Zr) elements heavily relies on knowledge of their …

This research provides a comprehensive analysis of the texture and temperature dependent
deformation behavior of the aluminum alloy AA6082. The study is performed using a …

This study investigates the effect of direct aging on a newly developed high-performance
aluminum alloy A20X for laser powder bed fusion. Three different temperatures (180° C …

The development of fast and reliable finite element (FE) simulation codes has increased the
relevance of FE simulations in predicting the outcomes of additive manufacturing (AM) …

A Monte Carlo model is established to simulate grain morphologies and combined with a
precipitate evolution model to predict the mechanical properties of different zones in different …

Large gains in strength and ductility are of little significance if the material's anisotropy is
high. Therefore, improving the mechanical properties and reducing the anisotropy of Al …