The moduli of porous materials have been extensively studied analytically as well as experimentally. Several empirical and analytical equations were proposed to express the effective moduli of porous solids. In the present investigation, a few of these relations\ud were checked for experimental validity in the case of closed-cell aluminum foams. Also, this study brings out the relative merits of\ud these expressions
The principles of continuum mechanics can be extended to porous solids only if the effective moduli ...
In this paper a micromechanical modelling method is developed to investigate the mechanical behaviou...
Elastic properties of open-cell metallic foams are investigated in correlation with relative density...
The moduli of porous materials have been extensively studied analytically as well as experimentally....
The moduli of porous materials have been extensively studied analytically as well as experimentally....
International audienceThe mechanical property of open-cell aluminum foam directly depends on the foa...
AbstractClosed-cell aluminum foams belong to the class of cellular solid materials, which have wide ...
Mechanical properties of cellular materials depend on their relative densities. In this paper, varia...
As a new type of structurally functional material, aluminum foam is widely used in civil engineering...
A nondestructive impulse excitation technique was used to investigate Poisson’s ratio of powde...
The replication casting process is used for manufacturing open-pore aluminum foams with advanced per...
textThis study is concerned with the mechanical behavior of open-cell aluminum foams. In particular ...
A new equation E = E0 (1 - aP)" where E and E0 are the Young's moduli at porosity, P, and zero, resp...
In this study,damping ratios of 3 samples made of aluminum foam material, which have diff erent-dens...
The replication casting process is used for manufacturing open-pore aluminum foams with advanced per...
The principles of continuum mechanics can be extended to porous solids only if the effective moduli ...
In this paper a micromechanical modelling method is developed to investigate the mechanical behaviou...
Elastic properties of open-cell metallic foams are investigated in correlation with relative density...
The moduli of porous materials have been extensively studied analytically as well as experimentally....
The moduli of porous materials have been extensively studied analytically as well as experimentally....
International audienceThe mechanical property of open-cell aluminum foam directly depends on the foa...
AbstractClosed-cell aluminum foams belong to the class of cellular solid materials, which have wide ...
Mechanical properties of cellular materials depend on their relative densities. In this paper, varia...
As a new type of structurally functional material, aluminum foam is widely used in civil engineering...
A nondestructive impulse excitation technique was used to investigate Poisson’s ratio of powde...
The replication casting process is used for manufacturing open-pore aluminum foams with advanced per...
textThis study is concerned with the mechanical behavior of open-cell aluminum foams. In particular ...
A new equation E = E0 (1 - aP)" where E and E0 are the Young's moduli at porosity, P, and zero, resp...
In this study,damping ratios of 3 samples made of aluminum foam material, which have diff erent-dens...
The replication casting process is used for manufacturing open-pore aluminum foams with advanced per...
The principles of continuum mechanics can be extended to porous solids only if the effective moduli ...
In this paper a micromechanical modelling method is developed to investigate the mechanical behaviou...
Elastic properties of open-cell metallic foams are investigated in correlation with relative density...