In this paper, the Electron Beam Welding (EBW) was used to join thin plates of low-nickel
nitrogen-strengthened austenitic stainless steel (LNiASS), a material valued for its superior …

The present work investigates microstructural and mechanical properties of B 4 C particulate-
reinforced Al-8.5 wt% Si-3.5 wt% Cu matrix composites prepared by a successive process of …

The phenomenological modeling, a CFD-based simulation tool, was implemented to study
the nature and magnitude of fluid flow within the weld zone (WZ) at varying heat input …

Thermal, microstructural and mechanical analyzes were carried out in the present work with
the Al–3Cu–0.5 Nb (wt%) alloy. Experimental cooling curves for non-equilibrium and close …

One of the most important factors directly affecting microstructure and mechanical properties
in directional solidification process is secondary dendrite arm spacing (sdas). it is very …

This work assesses the effect of cooling rate (T˙) on the solidification kinetics and
microstructural evolution of a 319 aluminum alloy with and without the addition of Al–5 wt …

High strength and ductility are vital material properties required in alloys used for structural
applications at cryogenic temperatures. However, the simultaneous provision of these …

To improve the comprehensive mechanical properties of Al-Si-Cu alloy, it was treated by a
high-pressure torsion process, and the effect of the deformation degree on the …

Unsteady-state upward solidification experiment was carried out with the Al-3Cu-3Ni (wt.%)
alloy. Temperature profiles were obtained through a water-cooled directional solidification …

Abstract Herein, Al-Si-Cu aluminum alloy was prepared and the effect of forging on the
microstructure and mechanical properties of novel Al-9Si-5Cu-0.2 Zr-0.1 Sr-0.16 Ti-0.1 Ce …