Add to ORKGIn applications where weight in relation to structural properties are critical in combi-nation with energy absorption, structural foams have shown advantages in comparison to many other engineering materials. The objective of this study is to model the response of an open-cell foam at large deformations and high strain rates. The main idea from th
Open-cell metal foams are a new class of cellular materials with structural features resembling thos...
Classical strength criteria, like the von Mises criterion, are used to postulate the failure of duct...
AbstractThree-dimensional Voronoi models are developed to investigate the mechanical behavior of lin...
The objective of this paper is the prediction of the macroscopic behaviour of open-cell foams in ela...
Cellular materials such as metallic and polymeric open-cell foams resemble a labyrinth of interconne...
Cellular materials are characterized by remarkable mechanical properties with light weight. Such mat...
An approach for modelling the response of open-cell cellular solids at finite strainsis developed. T...
Structural foams are a relatively new class of materials with peculiar characteristics that make the...
International audienceA theoretical modelling is proposed to describe the shock response of foam mat...
In a preceding paper, the response of blocks made of a polymeric open-cell foam subject to uniaxial ...
Stimulated by the strong drive in the automotive industry to reduce energy consumption, and, linked ...
This dissertation presents a new constitutive model for closed-cell foams tailored for compressive s...
The paper focuses on the effects of the cell wall material strain hardening on the mechanical behavi...
Several phenomenological models of the stress-strain characteristics of foams have been proposed in ...
International audienceThe behavior of an open-cell polymer foam under cyclic uniaxial compression is...
Open-cell metal foams are a new class of cellular materials with structural features resembling thos...
Classical strength criteria, like the von Mises criterion, are used to postulate the failure of duct...
AbstractThree-dimensional Voronoi models are developed to investigate the mechanical behavior of lin...
The objective of this paper is the prediction of the macroscopic behaviour of open-cell foams in ela...
Cellular materials such as metallic and polymeric open-cell foams resemble a labyrinth of interconne...
Cellular materials are characterized by remarkable mechanical properties with light weight. Such mat...
An approach for modelling the response of open-cell cellular solids at finite strainsis developed. T...
Structural foams are a relatively new class of materials with peculiar characteristics that make the...
International audienceA theoretical modelling is proposed to describe the shock response of foam mat...
In a preceding paper, the response of blocks made of a polymeric open-cell foam subject to uniaxial ...
Stimulated by the strong drive in the automotive industry to reduce energy consumption, and, linked ...
This dissertation presents a new constitutive model for closed-cell foams tailored for compressive s...
The paper focuses on the effects of the cell wall material strain hardening on the mechanical behavi...
Several phenomenological models of the stress-strain characteristics of foams have been proposed in ...
International audienceThe behavior of an open-cell polymer foam under cyclic uniaxial compression is...
Open-cell metal foams are a new class of cellular materials with structural features resembling thos...
Classical strength criteria, like the von Mises criterion, are used to postulate the failure of duct...
AbstractThree-dimensional Voronoi models are developed to investigate the mechanical behavior of lin...