Bonding between foam core and metallic skin is a pre requisite for the technological application of aluminium foam as filling reinforcement material. An intermetallic layer formed at the interface during foaming should make the foam firmly fixed to the skin improving its bending and torsional strength and stiffness. The formation, growth and metallurgical properties of this layer are strongly related to the process parameters. This work aims to contribute to understand how some parameters and the possible correlations between them influence the process. DOE and ANOVA statistical techniques highlighted that argon flux helps the formation of a continuous layer, foaming time and temperature strongly affect its thickness and morphology
Foam is defined as a uniform dispersion of a gaseous phase in a liquid, seperated by a thin film of ...
Aluminum foam sandwiches (AFS) with AlSi10 foam cores and AISI 316L steel skins are manufactured by...
This work reports the influences of foaming temperature on the behavior of aluminum cell wall durin...
Bonding between foam core and metallic skin is a pre requisite for the technological application of ...
Bonding between a metal foam core and a metallic skin is a pre requisite for the technological appli...
Bonding between a metal foam core and a metallic skin is a pre requisite for the technological appli...
Aluminum foam sandwiches (AFS) with AlSi10 foam cores and AISI 316L steel skins are manufactured by ...
In the last decades, metallic foams found commercial and industrial interests, thanks to their physi...
In mechanical engineering aluminium foam is starting to be a well known material. It is already used...
The interface bonding method has a great influence on the mechanical properties of aluminum foam san...
Al foams are used to produce aluminium foam sandwiches (AFS) panels or other mechanical parts of com...
Foam materials, especially aluminum-based, have peculiar properties as a consequence of their intrin...
The present work describes the results carried out in the manufacture of sandwich panels with stainl...
In the last years metal foams were used in different applications like core material in light weight...
Foam is defined as a uniform dispersion of a gaseous phase in a liquid, seperated by a thin film of ...
Aluminum foam sandwiches (AFS) with AlSi10 foam cores and AISI 316L steel skins are manufactured by...
This work reports the influences of foaming temperature on the behavior of aluminum cell wall durin...
Bonding between foam core and metallic skin is a pre requisite for the technological application of ...
Bonding between a metal foam core and a metallic skin is a pre requisite for the technological appli...
Bonding between a metal foam core and a metallic skin is a pre requisite for the technological appli...
Aluminum foam sandwiches (AFS) with AlSi10 foam cores and AISI 316L steel skins are manufactured by ...
In the last decades, metallic foams found commercial and industrial interests, thanks to their physi...
In mechanical engineering aluminium foam is starting to be a well known material. It is already used...
The interface bonding method has a great influence on the mechanical properties of aluminum foam san...
Al foams are used to produce aluminium foam sandwiches (AFS) panels or other mechanical parts of com...
Foam materials, especially aluminum-based, have peculiar properties as a consequence of their intrin...
The present work describes the results carried out in the manufacture of sandwich panels with stainl...
In the last years metal foams were used in different applications like core material in light weight...
Foam is defined as a uniform dispersion of a gaseous phase in a liquid, seperated by a thin film of ...
Aluminum foam sandwiches (AFS) with AlSi10 foam cores and AISI 316L steel skins are manufactured by...
This work reports the influences of foaming temperature on the behavior of aluminum cell wall durin...
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