Closed-cell porous aluminum is a multifunctional material with both lightweight and high energy absorption properties. These properties are considered to be governed by morphology of pores of porous aluminum. In this study, compression test was conducted in the X-ray CT system and deformation process of pores was nondestructively observed during compression. It was shown that deformation process of individual pore can be observed in this system
International audienceInterrupted in situ tests at high temperature characterized with X-ray microto...
In the present paper, the macroscopic mechanical properties of open-cell M-Pore® sponge (porosity of...
The mechanisms behind pore formation in aluminium alloys that are in commercial use for making foam ...
Understanding the correlation between cell deformation and initial cell structure during compressio...
The pore collapse mechanisms of closed-cell aluminium foams during quasi-static compression have bee...
Understanding the correlation between cell deformation and initial cell structure during compression...
Porous aluminum can be a good shock absorber, and its collapse behavior and shock absorbing property...
Al metal foams manufactured by the powder-method have been investigated. Compression tests were perf...
In situ fast synchrotron computed tomography was used to investigate the semi-solid compression of n...
The mechanical properties of a closed-cell aluminium foam were investigated by compressive tests, an...
In this study, the mechanical properties of a closed-cell aluminium foam have been investigated by c...
This paper proposes the new methodology for geometrical properties identification of step‐wise defor...
As a new type of structurally functional material, aluminum foam is widely used in civil engineering...
International audienceIn accordance with preparation process of open-cell aluminum foam, a novel sim...
honors thesisCollege of EngineeringMechanical EngineeringMichael W. CzabajOpen-cell metallic foams s...
International audienceInterrupted in situ tests at high temperature characterized with X-ray microto...
In the present paper, the macroscopic mechanical properties of open-cell M-Pore® sponge (porosity of...
The mechanisms behind pore formation in aluminium alloys that are in commercial use for making foam ...
Understanding the correlation between cell deformation and initial cell structure during compressio...
The pore collapse mechanisms of closed-cell aluminium foams during quasi-static compression have bee...
Understanding the correlation between cell deformation and initial cell structure during compression...
Porous aluminum can be a good shock absorber, and its collapse behavior and shock absorbing property...
Al metal foams manufactured by the powder-method have been investigated. Compression tests were perf...
In situ fast synchrotron computed tomography was used to investigate the semi-solid compression of n...
The mechanical properties of a closed-cell aluminium foam were investigated by compressive tests, an...
In this study, the mechanical properties of a closed-cell aluminium foam have been investigated by c...
This paper proposes the new methodology for geometrical properties identification of step‐wise defor...
As a new type of structurally functional material, aluminum foam is widely used in civil engineering...
International audienceIn accordance with preparation process of open-cell aluminum foam, a novel sim...
honors thesisCollege of EngineeringMechanical EngineeringMichael W. CzabajOpen-cell metallic foams s...
International audienceInterrupted in situ tests at high temperature characterized with X-ray microto...
In the present paper, the macroscopic mechanical properties of open-cell M-Pore® sponge (porosity of...
The mechanisms behind pore formation in aluminium alloys that are in commercial use for making foam ...