Add to ORKGABSTRACT: Tests were performed to measure the failure loads of axially compressed glass-fiber-reinforced and graphite-fiber-reinforced composite cylinders. The data were compared with the results of a previous model, which was based on a three-dimensional stress analysis and the Tsai-Wu quadratic first-ply failure criterion. This model predicted the failure loads for glass-fiber-reinforced composites with good accuracy, but less accu-rately for failure loads of graphite-epoxy composites. 1
The article of record as published may be found at http://dx.doi.org/10.1115/1.4033772A new mechanic...
The mode of failure of a carbon fibre reinforced concrete beam has been studied. Early investigation...
The light weight of composite materials has attracted interests to improve fuel economy of aircrafts...
Failure of thick section composites due to local compression strength and overall structural instabi...
The compressive behavior of filament-wound carbon-fiber/epoxy composite cylinders subjected to axial...
International audienceThe present article deals with the analysis of experimental results, in terms ...
The increasing use of fiber reinforced polymer composites (FRPC) in civil and military applications ...
An experimental study of strength and failure behavior of orthotropic G-10 glass fiber reinforced co...
International audienceUnderstanding axial compressive failure mechanisms and estimating the related ...
Composite structures exhibit many different failure mechanisms, but attempts to model composite fail...
The paper describes a numerical and experimental study investigating the load carrying capacity of t...
This paper presents the results of buckling tests on laminated composite cylinders made from glass f...
Le dimensionnement des structures composites passe par des modèles numériques toujours plus complexe...
As part of efforts to develop a three-dimensional failure model for composites, a study of failure a...
AbstractComposite structures exhibit many different failure mechanisms, but attempts to model compos...
The article of record as published may be found at http://dx.doi.org/10.1115/1.4033772A new mechanic...
The mode of failure of a carbon fibre reinforced concrete beam has been studied. Early investigation...
The light weight of composite materials has attracted interests to improve fuel economy of aircrafts...
Failure of thick section composites due to local compression strength and overall structural instabi...
The compressive behavior of filament-wound carbon-fiber/epoxy composite cylinders subjected to axial...
International audienceThe present article deals with the analysis of experimental results, in terms ...
The increasing use of fiber reinforced polymer composites (FRPC) in civil and military applications ...
An experimental study of strength and failure behavior of orthotropic G-10 glass fiber reinforced co...
International audienceUnderstanding axial compressive failure mechanisms and estimating the related ...
Composite structures exhibit many different failure mechanisms, but attempts to model composite fail...
The paper describes a numerical and experimental study investigating the load carrying capacity of t...
This paper presents the results of buckling tests on laminated composite cylinders made from glass f...
Le dimensionnement des structures composites passe par des modèles numériques toujours plus complexe...
As part of efforts to develop a three-dimensional failure model for composites, a study of failure a...
AbstractComposite structures exhibit many different failure mechanisms, but attempts to model compos...
The article of record as published may be found at http://dx.doi.org/10.1115/1.4033772A new mechanic...
The mode of failure of a carbon fibre reinforced concrete beam has been studied. Early investigation...
The light weight of composite materials has attracted interests to improve fuel economy of aircrafts...