Tailoring the hydrogen production behavior of Al-Zn-Sn alloys through their as-solidified microstructures
An advantageous approach for hydrogen production, without greenhouse gas emissions,
consists of the reaction of Al alloys with water in alkaline media. This study investigates the …
consists of the reaction of Al alloys with water in alkaline media. This study investigates the …
[HTML][HTML] Corrosion behavior of an Al–Sn–Zn alloy: Effects of solidification microstructure characteristics
Due to its strong influence on service life of manufactured parts, corrosion resistance is an
important factor to consider when designing Al alloys for engineering applications. With this …
important factor to consider when designing Al alloys for engineering applications. With this …
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 …
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 …
Morphology of intermetallics tailoring tensile properties and quality index of a eutectic Al–Si–Ni alloy
Herein, the eutectic Al–11 wt% Si–5 wt% Ni alloy, directionally solidified under transient heat‐
flow conditions, is comparatively evaluated in relation to the binary Al–11 wt% Si and Al–5 …
flow conditions, is comparatively evaluated in relation to the binary Al–11 wt% Si and Al–5 …
Two-phase dendrite and bimodal structure in an Al-Cu-Ni alloy: their roles in hardness
With the increasing interest in developing Al-Cu-Ni alloys for use as structural material
comes the need to understand more about their processing–microstructure–properties …
comes the need to understand more about their processing–microstructure–properties …
Study of electrochemical corrosion in samples of a horizontally solidified AlCuSi alloy
TC Silva, AS Barros, JC Filho, AL Moreira… - International Journal of …, 2022 - Springer
Potentiodynamic polarization, electrochemical impedance spectroscopy (EIS), and
microstructure characterization were performed on directionally solidified samples of the Al …
microstructure characterization were performed on directionally solidified samples of the Al …
The effects of cooling rate on microstructure formation during solidification of 319 alloy
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 …
microstructural evolution of a 319 aluminum alloy with and without the addition of Al–5 wt …
Alloy decomposition under pressure: Bi–Sb incommensurate phase as a case study
M Emuna, SB Shalom, Y Greenberg, E Yahel… - Journal of Alloys and …, 2021 - Elsevier
The high-pressure phase behavior of the Bi–Sb system was investigated experimentally and
modeled thermodynamically to study the effect of the transition to the incommensurate Bi-III …
modeled thermodynamically to study the effect of the transition to the incommensurate Bi-III …
Interfacial heat transfer and microstructural analyses of a Bi-5% Sb lead-free alloy solidified against Cu, Ni and low-C steel substrates
Bi-Sb system alloys demonstrate high corrosion resistance and good wettability, becoming
promising for use as lead-free solder alloys. The simplicity of the phase diagram is also a …
promising for use as lead-free solder alloys. The simplicity of the phase diagram is also a …