Aluminum and magnesium alloys are lightweight materials with outstanding technical uses. Due to their combined qualities, composites built of aluminum and magnesium alloys have surpassed the utilization of these elements individually. Accumulative Roll Bonding was used to create a three-layered sandwich composite structure made of Al-alloy/Mg-alloy/Al-alloy. The composite structure's microstructure and mechanical characteristics were studied. A fine-grained AZ31 layer was formed, according to the microstructural study. At the Al-alloy/Mg-alloy contact, a diffusion layer was also seen. On the broken surface, fractography exhibited both ductile and brittle failure characteristics
International audienceThe microstructure and texture of an Al1050/AZ31/Al1050 laminated composite fa...
In this study, interstitial-free steel and commercial purity magnesium sheets were used to fabricate...
The present study describes the course of microstructure evolution during accumulative roll bonding ...
Aluminum and magnesium alloys are lightweight materials with outstanding technical uses. Due to thei...
SummaryThe present study aims at development of light weight, high strength Mg–2%Zn/Al and Mg–2%Zn/a...
Recent research in the material science field is focused on the easy-to-apply and cost-effective pro...
The present study aims at development of light weight, high strength Mg–2%Zn/Al and Mg–2%Zn/anodized...
In the present study, an Al/Cu/Mg multi-layered composite was produced by accumulative roll bonding ...
The Aluminum has special properties such as light weight, ductile and a lower melting point. It has ...
Al(1060)/Mg(AZ31)/Al(1060) multilayered composite was successfully produced using an accumulative ro...
A multilayer Al5052–Cu composite is prepared by accumulative roll bonding (ARB) and the microstructu...
Accumulative roll-bonding (ARB) is a novel plastic straining process aimed at bonding of similar and...
Multilayered aluminium alloy composites were produced by accumulative roll bonding (ARB) to very hig...
Layered composite structures can be generated in metallic sheets by roll bonding of dissimilar metal...
The interface bonding method has a great influence on the mechanical properties of aluminum foam san...
International audienceThe microstructure and texture of an Al1050/AZ31/Al1050 laminated composite fa...
In this study, interstitial-free steel and commercial purity magnesium sheets were used to fabricate...
The present study describes the course of microstructure evolution during accumulative roll bonding ...
Aluminum and magnesium alloys are lightweight materials with outstanding technical uses. Due to thei...
SummaryThe present study aims at development of light weight, high strength Mg–2%Zn/Al and Mg–2%Zn/a...
Recent research in the material science field is focused on the easy-to-apply and cost-effective pro...
The present study aims at development of light weight, high strength Mg–2%Zn/Al and Mg–2%Zn/anodized...
In the present study, an Al/Cu/Mg multi-layered composite was produced by accumulative roll bonding ...
The Aluminum has special properties such as light weight, ductile and a lower melting point. It has ...
Al(1060)/Mg(AZ31)/Al(1060) multilayered composite was successfully produced using an accumulative ro...
A multilayer Al5052–Cu composite is prepared by accumulative roll bonding (ARB) and the microstructu...
Accumulative roll-bonding (ARB) is a novel plastic straining process aimed at bonding of similar and...
Multilayered aluminium alloy composites were produced by accumulative roll bonding (ARB) to very hig...
Layered composite structures can be generated in metallic sheets by roll bonding of dissimilar metal...
The interface bonding method has a great influence on the mechanical properties of aluminum foam san...
International audienceThe microstructure and texture of an Al1050/AZ31/Al1050 laminated composite fa...
In this study, interstitial-free steel and commercial purity magnesium sheets were used to fabricate...
The present study describes the course of microstructure evolution during accumulative roll bonding ...