Copper tubes filled with aluminium foams were prepared by directly foaming metal powder compacts inside them. Compressive behaviour and foam-shell interface, that characterizes mechanical properties of reinforced tubes, were investigated by means of variable focus X-ray computer tomography. Compression tests were performed on empty and filled samples at increasing deformation steps: at each stage the samples were observed by tomography. A geometric evaluation of porosity on 2D sections was performed by calculating, for each pore, its area, equivalent diameter and circularity
Understanding the correlation between cell deformation and initial cell structure during compressio...
AbstractThis two-part study is concerned with the understanding and modeling of the compressive resp...
In the last decades, great attention has been focused on the characterization of cellular foams, be...
Copper tubes filled with aluminium foams were prepared by directly foaming metal powder compacts ins...
Copper tubes filled with aluminium foams were prepared by directly foaming metal powder compacts ins...
In tubular elements filled with metal foams the structural collapse is delayed in comparison with th...
Highly porous metallic foams by themselves or as the cores of ultralight metal structures have signi...
In this study, deformation behaviour and failure modes of aluminium tubes reinforced with aluminium ...
Al metal foams manufactured by the powder-method have been investigated. Compression tests were perf...
Al-foam filled and empty tubes of aluminum, brass and titanium were compression tested laterally. Th...
In tubular elements filled with metal foams the structural collapse is delayed in comparison with th...
honors thesisCollege of EngineeringMechanical EngineeringMichael W. CzabajOpen-cell metallic foams s...
thesisOpen-cell metallic foams show excellent potential for application in lightweight loadbearing s...
Novel ex-situ foam-filled tubes (FFTs) were prepared by inserting an integral-skin foam filler into ...
This work aims to achieve superior mechanical properties in in-situ aluminium foam-filled stainless ...
Understanding the correlation between cell deformation and initial cell structure during compressio...
AbstractThis two-part study is concerned with the understanding and modeling of the compressive resp...
In the last decades, great attention has been focused on the characterization of cellular foams, be...
Copper tubes filled with aluminium foams were prepared by directly foaming metal powder compacts ins...
Copper tubes filled with aluminium foams were prepared by directly foaming metal powder compacts ins...
In tubular elements filled with metal foams the structural collapse is delayed in comparison with th...
Highly porous metallic foams by themselves or as the cores of ultralight metal structures have signi...
In this study, deformation behaviour and failure modes of aluminium tubes reinforced with aluminium ...
Al metal foams manufactured by the powder-method have been investigated. Compression tests were perf...
Al-foam filled and empty tubes of aluminum, brass and titanium were compression tested laterally. Th...
In tubular elements filled with metal foams the structural collapse is delayed in comparison with th...
honors thesisCollege of EngineeringMechanical EngineeringMichael W. CzabajOpen-cell metallic foams s...
thesisOpen-cell metallic foams show excellent potential for application in lightweight loadbearing s...
Novel ex-situ foam-filled tubes (FFTs) were prepared by inserting an integral-skin foam filler into ...
This work aims to achieve superior mechanical properties in in-situ aluminium foam-filled stainless ...
Understanding the correlation between cell deformation and initial cell structure during compressio...
AbstractThis two-part study is concerned with the understanding and modeling of the compressive resp...
In the last decades, great attention has been focused on the characterization of cellular foams, be...