Al–Si and Al–Cu eutectic phases strongly affect the properties of Al–Si–Cu cast alloys. The
characteristic parameters of these two eutectic phases with addition of bismuth, antimony …

Surface roughness and cutting force are two key measures that describe machined surface
integrity and power requirement evaluation, respectively. This investigation presents the …

This research aimed to investigate the effects of bismuth (Bi) and phosphorus (P) addition on
the microstructure and roughness of a B390 hypereutectic Al-Si alloy. Microstructural …

This study investigates and clarifies the qualitative and quantitative effects of Mg content and
cooling rate (ranging from 0.5 to 4° C/s), on the modification of the silicon eutectic structure …

The microstructure evolution, mechanical and corrosion properties of Al–11Si–2Cu–0.8 Zn
die cast alloy treated with Bi, Sb and Sr additions were investigated. The results of …

Abstract Al-17.6 Si-XBi (X= 0.0, 0.5, 1.0, 1.5 and 2.0 wt%) alloys have been synthesized
using gravity casting technique to study the influence of Bi concentration on the …

In the present paper, the possible interaction between bismuth and strontium in ADC12 die
casting alloy was investigated comprehensively by using in situ thermal analysis technique …

The influence of addition of Bi (0.2%-8.0%) on the microstructure and dry sliding wear
behaviors of cast Al-15% Mg 2 Si in situ metal matrix composites was investigated. The …

In the present work, the influence of Bi on the microstructures, tensile properties, and fracture
behavior of the cast Al-10Mg 2 Si alloys has been systematically investigated. It was found …

Al-Si alloys are increasingly being employed in the aerospace industry, satellite bearings,
and inertial navigation systems. Hypoeutectic compositions are more attractive because of …