Control of impurity elements in Al-based alloys is of increasing technological importance,
both in primary and secondary alloy production. In primary alloy production, Ni and V …

In the present study, Ca, Ni, V, and Zn were added to a high purity binary Al-7wt pct Si and
commercial purity A356 foundry alloy in the nominal range of 50 to 600 ppm in order to study …

Grain refinement of cast commercial purity aluminium by vanadium and the underlying
mechanism have been investigated. Addition of 0.3 wt% and 0.4 wt% vanadium leads to …

The influence of nickel at concentrations from 100 to 560 ppm on the microstructure of Al-
0.15 Si-0.3 Fe-xNi alloy has been investigated. A Direct Chill (DC) simulator is used in the …

High-temperature tensile properties of unmodified A356 alloy with and without the addition
of Ni or V in traces (600 and 1000 ppm of Ni and V, respectively) were investigated by …

Increasing vanadium content in coke used for anodes in aluminium production will lead to
rising vanadium concentrations in primary aluminium. Consequently, the vanadium will be …

The influence of the parameters of the leaching process on the degree of vanadium
extraction into the solution from petroleum coke using concentrated (98%) and diluted (10%) …

Ledge-free sidewall is preferred as it potentially reduces the energy requirement of
aluminium production by about 30%. However, this approach poses great material …

In this paper, an Ab-initio study was employed to study the properties of interfaces of Al3Y|
Al. The interface strength, shear strength, structural stability, electronic density, bonding …

The paper investigates the technology of refining primary aluminum from vanadium
impurities, based on flux treatment with boron-containing fluxes. In the Pavlodar region of …