Add to ORKGInternational audienceThe present article highlights morphological features present in composite pressure vessels. The use of X-ray microtomography provides three-dimensional information about the voids in a large thick-walled type 3 pressure vessel at the mesoscopic scale. The observations show that the porosity structure depends strongly on composite thickness and orientation. A numerical approach is proposed to model realistically the damage phenomena in pressure vessels
Fiber reinforced polymer composites offer a variety of processing advantages in the manufacturing of...
A multiscale fracture model is developed to study the influence of defects appearing at a microscale...
Pressure vessels are currently the limiting factor in the hydrogen distribution chain. The pressure ...
International audienceThe present article highlights morphological features present in composite pre...
The topic of this thesis is the influence of voids on the mechanical properties of carbon fibre rein...
In this work multi-scale CT techniques have been developed to characterise the material structure of...
Nowadays, the composite pressure vessels are the most mature mode for storing hydrogen at very high ...
The techniques for the design, analysis and the construction of composite pressure vessels have been...
Abstract — Modern composites, using continuous fibres in a resin matrix, are important candidate mat...
Porosity is a major manufacturing defect which affects the matrix dominate properties of continuous ...
Abstract This paper deals with a multiscale approach to model thick-walled laminate cylinder with in...
The effect of porosity on the transverse mechanical properties of unidirectional fiber-reinforced co...
Composite overwrapped pressure vessels are typically used to store gases such as hydrogen under high...
peer-reviewedThe full text of this article will not be available in ULIR until the embargo expires o...
National audienceIn aeronautics and automotive applications, manufacturing composite by consolidatio...
Fiber reinforced polymer composites offer a variety of processing advantages in the manufacturing of...
A multiscale fracture model is developed to study the influence of defects appearing at a microscale...
Pressure vessels are currently the limiting factor in the hydrogen distribution chain. The pressure ...
International audienceThe present article highlights morphological features present in composite pre...
The topic of this thesis is the influence of voids on the mechanical properties of carbon fibre rein...
In this work multi-scale CT techniques have been developed to characterise the material structure of...
Nowadays, the composite pressure vessels are the most mature mode for storing hydrogen at very high ...
The techniques for the design, analysis and the construction of composite pressure vessels have been...
Abstract — Modern composites, using continuous fibres in a resin matrix, are important candidate mat...
Porosity is a major manufacturing defect which affects the matrix dominate properties of continuous ...
Abstract This paper deals with a multiscale approach to model thick-walled laminate cylinder with in...
The effect of porosity on the transverse mechanical properties of unidirectional fiber-reinforced co...
Composite overwrapped pressure vessels are typically used to store gases such as hydrogen under high...
peer-reviewedThe full text of this article will not be available in ULIR until the embargo expires o...
National audienceIn aeronautics and automotive applications, manufacturing composite by consolidatio...
Fiber reinforced polymer composites offer a variety of processing advantages in the manufacturing of...
A multiscale fracture model is developed to study the influence of defects appearing at a microscale...
Pressure vessels are currently the limiting factor in the hydrogen distribution chain. The pressure ...