Microstructure and tensile strength of an Al-Si-Fe-V alloy: vanadium and solidification thermal parameters as recycling strategies
One of the greatest challenges facing the recycling of Al-based alloys is handling Fe
incorporation. The formation of Fe-rich phases has negative impacts on the mechanical …
incorporation. The formation of Fe-rich phases has negative impacts on the mechanical …
Tailoring microstructure and microhardness of Zn− 1wt.% Mg−(0.5 wt.% Mn, 0.5 wt.% Ca) alloys by solidification cooling rate
Biodegradable Zn-based alloys, particularly Zn− Mg alloys with the addition of alloying
elements, have been intensively investigated aiming to improve both mechanical properties …
elements, have been intensively investigated aiming to improve both mechanical properties …
Hypereutectic Zn–Al Alloys: Microstructural Development under Unsteady-State Solidification Conditions, Eutectic Coupled Zone and Hardness
The present study investigates the effects of Al content and solidification thermal parameters
on the microstructural development under transient heat flow conditions for two …
on the microstructural development under transient heat flow conditions for two …
Assessing Microstructure Tensile Properties Relationships in Al-7Si-Mg Alloys via Multiple Regression
The development of Al-based alloys presumes a detailed understanding of the
microstructure evolution during solidification since the as-solidified microstructure also has …
microstructure evolution during solidification since the as-solidified microstructure also has …
Thermal conductance at Sn-0.5 mass% Al solder alloy/substrate interface as a factor for tailoring cellular/dendritic growth
The use of Al for replacing high-cost alloying metals, like Ag, Bi, and Cu, as the second
major element in Sn-based alloys, arises as a promising alternative for the development of …
major element in Sn-based alloys, arises as a promising alternative for the development of …
Influence of minor additions of Be on the eutectic modification of an Al-33wt.% Cu alloy solidified under transient conditions
Al-based alloys are often selected for use in various engineering applications as well as in
the aircraft and aerospace industry. The improvement of their performances under severe …
the aircraft and aerospace industry. The improvement of their performances under severe …
Modifications on solidification thermal parameters, microstructure and hardness induced by Cu additions to a hypereutectic Zn8Al alloy
MD de Medeiros, R Septímio, CAP da Silva… - Materials …, 2021 - Elsevier
Abstract Binary Znsingle bond Al alloys are interesting alternatives when tensile strength
and hardness performances are required. However, such alloys exhibit limitations on …
and hardness performances are required. However, such alloys exhibit limitations on …
[PDF][PDF] Estratégia de Reciclagem da Liga Al-7% Si Contaminada com Ferro: Adição de Vanádio e Parâmetros Térmicos de Solidificação
CAP da Silva - 2024 - repositorio.unicamp.br
A reciclagem de ligas à base de Al emergiu como um campo de estudo cada vez mais
relevante, dada sua significativa contribuição para a economia e o meio ambiente, em …
relevante, dada sua significativa contribuição para a economia e o meio ambiente, em …
Effect of Bi content on microstructure and corrosion behaviour of Zn–8Al–(Bi) alloys
Electrochemical techniques such as Polarisation and Galvanic tests as well as immersion
test were used to analyse both the effects of different Bi contents and the length scale of …
test were used to analyse both the effects of different Bi contents and the length scale of …
[PDF][PDF] Assessing Microstructure Tensile Properties Relationships in Al-7Si-Mg Alloys via Multiple Regression. Metals 2022, 12, 1040
The development of Al-based alloys presumes a detailed understanding of the
microstructure evolution during solidification since the as-solidified microstructure also has …
microstructure evolution during solidification since the as-solidified microstructure also has …