Currently, the useable compressive properties of a composite are restricted by set design limits well below the expected intrinsic performance of the materials contained within. The next generation of high-performance fibre-reinforced polymer composites will need to address the challenge of improving the absolute performance of composites in compression. This task requires a rethink of the whole system; not only to address practical limitations of current materials, but their combination, interface, and their architecture. The mechanisms involved do not simply act over the nano-, macro-, or meso-level independently, but are mutually related at the system level, complicating the approach
The behaviour of long fibre composites subjected to tensile loads has been widely studied and theori...
Le dimensionnement des structures composites passe par des modèles numériques toujours plus complexe...
Until recently the world of continuous fibre reinforced composites and the world of nanocomposites h...
Currently, the useable compressive properties of a composite are restricted by set design limits wel...
A new generation of advanced composites, featuring three dimensional architectures which mimic the m...
International audienceThe axial compressive strength of continuous fibres reinforced composite lamin...
Inspired by natural composites such as bamboo (Figure 1) or bone, the NextCOMP programme seeks toimp...
Common analytical models to predict the unidirectional compressive strength of fibre reinforced poly...
Common analytical models to predict the unidirectional compressive strength of fibre reinforced poly...
信州大学(Shinshu university)博士(工学)ThesisRUAN FANGTAO. Improvement of compression performance of fiber re...
This thesis reports the results of an investigation into the compressive strength of unidirectionall...
Even though the attractive properties of fibre-reinforced polymer composites have led to them becomi...
13. A•STR.ACT (Maxmum•2CC wicr"z) Preparation of composite materials which have high strength i...
Composite materials have higher strength and lighter weight than traditional materials. However, the...
Compressive failure of high-performance unidirectional (UD) carbon fibre polymer composites is drive...
The behaviour of long fibre composites subjected to tensile loads has been widely studied and theori...
Le dimensionnement des structures composites passe par des modèles numériques toujours plus complexe...
Until recently the world of continuous fibre reinforced composites and the world of nanocomposites h...
Currently, the useable compressive properties of a composite are restricted by set design limits wel...
A new generation of advanced composites, featuring three dimensional architectures which mimic the m...
International audienceThe axial compressive strength of continuous fibres reinforced composite lamin...
Inspired by natural composites such as bamboo (Figure 1) or bone, the NextCOMP programme seeks toimp...
Common analytical models to predict the unidirectional compressive strength of fibre reinforced poly...
Common analytical models to predict the unidirectional compressive strength of fibre reinforced poly...
信州大学(Shinshu university)博士(工学)ThesisRUAN FANGTAO. Improvement of compression performance of fiber re...
This thesis reports the results of an investigation into the compressive strength of unidirectionall...
Even though the attractive properties of fibre-reinforced polymer composites have led to them becomi...
13. A•STR.ACT (Maxmum•2CC wicr"z) Preparation of composite materials which have high strength i...
Composite materials have higher strength and lighter weight than traditional materials. However, the...
Compressive failure of high-performance unidirectional (UD) carbon fibre polymer composites is drive...
The behaviour of long fibre composites subjected to tensile loads has been widely studied and theori...
Le dimensionnement des structures composites passe par des modèles numériques toujours plus complexe...
Until recently the world of continuous fibre reinforced composites and the world of nanocomposites h...