We describe a powder metallurgical space holder method to produce open-cell metallic foams. By changing the values of the main manufacturing parameters such as volume percentage and the particle size of the space holder agent, we produce different copper foam samples which cover a wide range of solid fraction, pore size and cell wall thickness. All the specimens were synthesized based on a series of designed experiments. We demonstrate how the foams’ density, cell size and specific surface area can be accurately controlled using two easily adjustable manufacturing parameters. The three-dimensional structure of these foams was investigated using X-ray micro tomography. The image quality is sufficient to measure local structure and connectivi...
Foams and porous materials with cellular structure have many interesting combinations of physical an...
A process utilizing a powder metallurgy (PM) approach was developed to produce open-cell metallic fo...
A new process based on a powder metallurgy approach was developed to produce open-cell materials. A ...
<p></p><p>ABSTRACT A method for the fabrication of copper foams by powder metallurgy, employing carb...
Physical properties of metallic foams are a direct consequence of their micro-/macro-structure. To i...
International audienceThe mechanical behaviour of closed-cell aluminium foams made by both powder me...
Metallic foams have been of considerable interest both from the industrial applicability and scienti...
Cellular materials have a bulk matrix with a larger number of voids named also cells. Metallic foams...
thesisOpen-cell metallic foams show excellent potential for application in lightweight loadbearing s...
Micro-porous copper foam with open cell structure and acceptable mechanical behavior charts a path f...
Purpose - The aim of this work is the development of a procedure able to model the highly irregular ...
AbstractSynthetic open-cell foams have a complex microstructure consisting of an interconnected netw...
X-ray microcomputed tomography has been gaining relevance in the field of cellular materials to char...
In recent years, metal foams are becoming more and more popular due to their high energy absorption ...
AbstractClosed-cell aluminum foams belong to the class of cellular solid materials, which have wide ...
Foams and porous materials with cellular structure have many interesting combinations of physical an...
A process utilizing a powder metallurgy (PM) approach was developed to produce open-cell metallic fo...
A new process based on a powder metallurgy approach was developed to produce open-cell materials. A ...
<p></p><p>ABSTRACT A method for the fabrication of copper foams by powder metallurgy, employing carb...
Physical properties of metallic foams are a direct consequence of their micro-/macro-structure. To i...
International audienceThe mechanical behaviour of closed-cell aluminium foams made by both powder me...
Metallic foams have been of considerable interest both from the industrial applicability and scienti...
Cellular materials have a bulk matrix with a larger number of voids named also cells. Metallic foams...
thesisOpen-cell metallic foams show excellent potential for application in lightweight loadbearing s...
Micro-porous copper foam with open cell structure and acceptable mechanical behavior charts a path f...
Purpose - The aim of this work is the development of a procedure able to model the highly irregular ...
AbstractSynthetic open-cell foams have a complex microstructure consisting of an interconnected netw...
X-ray microcomputed tomography has been gaining relevance in the field of cellular materials to char...
In recent years, metal foams are becoming more and more popular due to their high energy absorption ...
AbstractClosed-cell aluminum foams belong to the class of cellular solid materials, which have wide ...
Foams and porous materials with cellular structure have many interesting combinations of physical an...
A process utilizing a powder metallurgy (PM) approach was developed to produce open-cell metallic fo...
A new process based on a powder metallurgy approach was developed to produce open-cell materials. A ...