Relationship Between Aluminum-RichIntermetallic Phases and Microhardness of a Horizontally Solidified AlSiMgFe Alloy

The results of DTA and microhardness measurements for alloys of boundary systems, as well as the parameters of the crystal lattices for some intermediate alloys, are given in

O objetivo do presente trabalho foi avaliar a perda da hermeticidade do sistema de embalagens plásticas flexíveis utilizadas para o envase de carne bovina cozida e desidratada

evangélica no Brasil, com destaque para as iniciativas da “Associação (depois Obra) Gustavo Adolfo” da Alemanha e seus reflexos sobre práticas associativistas empreendidas

It can be seen that the addition of Si in the binary Al-6wt.%Cu alloy did not in fl uence the growth law of primary dendrite arm spacing as a function of V L and T R , i.e.,

In order to verify if this relationship remains accurate for Al-Mg-Sc alloys, the Vickers microhardness is plotted as a function of d -1/2 for the Al-3Mg 12,35 and the

Effect of the temperature gradient, growth rate, and the interflake spacing on the microhardness in the directionally solidified Al-Si

The effect of solidification processing parameters ( Sp and Ṫ ) and Si content on the secondary dendritic arm spacing (λ 2 ) and resulting hardness in hypoeutectic Al-Si alloys

The experimental results include solidification thermal parameters such as tip growth rate and cooling rate, optical microscopy, volume fraction of the eutectic mixture,