Abstract: Some cellular aluminium materials have been extensively developed and investigated in recent years. The potential for applying aluminium foams in lightweight construction is mainly based on the stiVness and impact absorption. Because of these characteristics, this work is based mainly on the uniaxial compression resistance of aluminium foam. The aluminium foam was formed with three diVerent compaction presses to verify the in¯uence on density and, subsequently, crushing resistance
Foamed materials are widespread in industry applications. While polymeric foams have been applied fo...
In this work, quasistatic mechanical compression experiments were used to study the stress–strain re...
© 2018 Elsevier Ltd In this paper, mechanical performance and deformation behaviour of basalt scale-...
Aluminium foams are now being considered for use in lightweight structural sandwich panels such as a...
Aluminium foams are now being considered for use in lightweight structural sandwich panels such as ...
The characterization of a closed-cell aluminum foam with the trade name Alporas is carried out here ...
In the past ten years many new processes for making foamed metals, mostly aluminium or aluminium all...
Aluminium foams are composite materials made of aluminium or, frequently, of aluminium alloys. They ...
Metal foams are lightweight structures and have large use in many components acting as impact energy...
The requirements for weight reduction and improvement of performances in the design of transport mea...
Triaxial compressive tests have been conducted on CYMAT closed-cell aluminium foams of five differen...
The use of foam has the potential for energy absorption enhancement. Many types of materials can be ...
The study presents the effect of cell wall ductility and toughness on the compressive behaviour of c...
This paper presents experimental results of compressive behavior of aluminium alloy metal foams with...
Metal foams have found increasing applications in a wide range of structural and functional products...
Foamed materials are widespread in industry applications. While polymeric foams have been applied fo...
In this work, quasistatic mechanical compression experiments were used to study the stress–strain re...
© 2018 Elsevier Ltd In this paper, mechanical performance and deformation behaviour of basalt scale-...
Aluminium foams are now being considered for use in lightweight structural sandwich panels such as a...
Aluminium foams are now being considered for use in lightweight structural sandwich panels such as ...
The characterization of a closed-cell aluminum foam with the trade name Alporas is carried out here ...
In the past ten years many new processes for making foamed metals, mostly aluminium or aluminium all...
Aluminium foams are composite materials made of aluminium or, frequently, of aluminium alloys. They ...
Metal foams are lightweight structures and have large use in many components acting as impact energy...
The requirements for weight reduction and improvement of performances in the design of transport mea...
Triaxial compressive tests have been conducted on CYMAT closed-cell aluminium foams of five differen...
The use of foam has the potential for energy absorption enhancement. Many types of materials can be ...
The study presents the effect of cell wall ductility and toughness on the compressive behaviour of c...
This paper presents experimental results of compressive behavior of aluminium alloy metal foams with...
Metal foams have found increasing applications in a wide range of structural and functional products...
Foamed materials are widespread in industry applications. While polymeric foams have been applied fo...
In this work, quasistatic mechanical compression experiments were used to study the stress–strain re...
© 2018 Elsevier Ltd In this paper, mechanical performance and deformation behaviour of basalt scale-...