Add to ORKGThe paper presents mechanisms leading to the deformation of the spatial structure of composite foams and phases of foam destruction. Various types of deformation depending on the structure of foam are discussed. The relevant description makes use of recognized elementary models of a cuboidal open and closed cells. The production of foam by blowing a gas into a liquid composite (AlSi9–SiC) allows to control the quantity of energy absorbed during the destruction of foams subject to free one-axis compression
Metal foams have shown an excellent promise for usage as multifunctional material concerning researc...
This paper is an experimental study of the quasi-static mechanical compressive properties of the rei...
Techniques for the preparation of metallic foams, including casting, powder metallurgy and metallic ...
The paper presents mechanisms leading to the deformation of the spatial structure of composite foams...
The Department of Marine Materials Engineering, Maritime University of Szczecin, has conducted resea...
W pracy opisano proces wytwarzania metalowo-ceramicznych pian kompozytowych w Instytucie Nauk Podsta...
Yielding phenomenon and plastic flow are numerically investigated on a metal foam model from the mac...
Foam is defined as a uniform dispersion of a gaseous phase in a liquid, seperated by a thin film of ...
Metal foams are two-phase compounds of a gas and a solid with several interesting physical and mecha...
Solid foams are light weight cellular materials inspired by nature. Wood, bones or sea sponges are ...
Metallic foams are good impact energy absorbing materials due to their extraordinary combination of ...
Metallic foams have been of considerable interest both from the industrial applicability and scienti...
Closed-cell aluminium foam is a well-known engineering cellular structure due to its outstanding com...
The use of foam has the potential for energy absorption enhancement. Many types of materials can be ...
International audienceThis paper aims at presenting the main processing routes that are used to prod...
Metal foams have shown an excellent promise for usage as multifunctional material concerning researc...
This paper is an experimental study of the quasi-static mechanical compressive properties of the rei...
Techniques for the preparation of metallic foams, including casting, powder metallurgy and metallic ...
The paper presents mechanisms leading to the deformation of the spatial structure of composite foams...
The Department of Marine Materials Engineering, Maritime University of Szczecin, has conducted resea...
W pracy opisano proces wytwarzania metalowo-ceramicznych pian kompozytowych w Instytucie Nauk Podsta...
Yielding phenomenon and plastic flow are numerically investigated on a metal foam model from the mac...
Foam is defined as a uniform dispersion of a gaseous phase in a liquid, seperated by a thin film of ...
Metal foams are two-phase compounds of a gas and a solid with several interesting physical and mecha...
Solid foams are light weight cellular materials inspired by nature. Wood, bones or sea sponges are ...
Metallic foams are good impact energy absorbing materials due to their extraordinary combination of ...
Metallic foams have been of considerable interest both from the industrial applicability and scienti...
Closed-cell aluminium foam is a well-known engineering cellular structure due to its outstanding com...
The use of foam has the potential for energy absorption enhancement. Many types of materials can be ...
International audienceThis paper aims at presenting the main processing routes that are used to prod...
Metal foams have shown an excellent promise for usage as multifunctional material concerning researc...
This paper is an experimental study of the quasi-static mechanical compressive properties of the rei...
Techniques for the preparation of metallic foams, including casting, powder metallurgy and metallic ...