The geometrical modelling of metal foams remains one of the greatest challenges facing researchers in the field. In this paper the analysis of the inner structure of closed-cell aluminium foam - an essential part of the construction of an idealized foam model - is presented. With the application of special purpose software the properties of the foam cells can be mapped precisely and the results applied to the development of idealized foam geometry constructed in CAD applications
This paper proposes the new methodology for geometrical properties identification of step‐wise defor...
The present article introduces an automated procedure to construct geometrical Representative Volume...
CHARACTERIZATION OF METAL FOAMS WITH SYNCHROTRON TOMOGRAPHY AND 3D IMAGE ANALYSIS A. Rack, A. Haib...
Purpose - The aim of this work is the development of a procedure able to model the highly irregular ...
In order to create 3D (three-dimensional) models for finite element calculations it is necessary to ...
Predstavljen je postopek analize geometrijskih značilnosti realnih kovinskih odprtoceličnih pen s po...
The mechanical behavior of closed cell metallic foams strongly depends on their geometry at the scal...
The paper deals with the description of method, proposed by authors, that determining the essential ...
Physical properties of metallic foams are a direct consequence of their micro-/macro-structure. To i...
Highly porous metallic foams by themselves or as the cores of ultralight metal structures have signi...
Open cell metal foams are a type of engineered material can be characterized by high porosity, high ...
AbstractFor quality assurance of aluminium foams the cell size determination is an important factor....
Metal foams are relatively novel materials that due to excellent mechanical, thermal, and insulation...
Metal foams are new, as yet imperfectly characterized, class of materials with low densities and nov...
Bu çalışma bilgisayarlı x-ışını mikro tomografi (μCT) metodunun temel prensiplerine bağlı matematiks...
This paper proposes the new methodology for geometrical properties identification of step‐wise defor...
The present article introduces an automated procedure to construct geometrical Representative Volume...
CHARACTERIZATION OF METAL FOAMS WITH SYNCHROTRON TOMOGRAPHY AND 3D IMAGE ANALYSIS A. Rack, A. Haib...
Purpose - The aim of this work is the development of a procedure able to model the highly irregular ...
In order to create 3D (three-dimensional) models for finite element calculations it is necessary to ...
Predstavljen je postopek analize geometrijskih značilnosti realnih kovinskih odprtoceličnih pen s po...
The mechanical behavior of closed cell metallic foams strongly depends on their geometry at the scal...
The paper deals with the description of method, proposed by authors, that determining the essential ...
Physical properties of metallic foams are a direct consequence of their micro-/macro-structure. To i...
Highly porous metallic foams by themselves or as the cores of ultralight metal structures have signi...
Open cell metal foams are a type of engineered material can be characterized by high porosity, high ...
AbstractFor quality assurance of aluminium foams the cell size determination is an important factor....
Metal foams are relatively novel materials that due to excellent mechanical, thermal, and insulation...
Metal foams are new, as yet imperfectly characterized, class of materials with low densities and nov...
Bu çalışma bilgisayarlı x-ışını mikro tomografi (μCT) metodunun temel prensiplerine bağlı matematiks...
This paper proposes the new methodology for geometrical properties identification of step‐wise defor...
The present article introduces an automated procedure to construct geometrical Representative Volume...
CHARACTERIZATION OF METAL FOAMS WITH SYNCHROTRON TOMOGRAPHY AND 3D IMAGE ANALYSIS A. Rack, A. Haib...