Fibre-hybrid composites are attracting an ever-increasing interest from academia and industry. It is therefore vital to develop a solid understanding of their basic mechanical properties. Measuring and predicting the tensile failure of hybrid composites however remains a challenging task. This paper describes how failure develops in unidirectional (UD) hybrid composites, and how this can be predicted using fibre break models. It also provides recommendations for experimental measurements of the hybrid effect, which is a synergetic increase of the failure strain of low elongation fibres when hybridised with higher elongation fibres. Finally, limitations of our understanding of the tensile failure of hybrid composites are discussed and recomm...
Experimental results are presented which allow the hybrid effect to be evaluated accurately for thin...
Experimental results are presented which allow the hybrid effect to be evaluated accurately for thin...
A promising strategy to increase the tensile failure strain of carbon fibre-reinforced composites is...
Fibre-hybrid composites are attracting an ever-increasing interest from academia and industry. It is...
A promising strategy to increase the tensile failure strain of carbon fibre-reinforced composites is...
By adding glass fibres to carbon fibre composites, the apparent failure strain of the carbon fibres ...
With the title "Unidirectional interply fibre-hybrid composites: longitudinal tensile failure and in...
Relevant literature on plain and hybrid unidirectional fibrous composites is critically reviewed and...
The failure strain of fibre-reinforced composites can be increased by fibre hybridisation. A recentl...
The hybrid effect, which is the apparent failure strain enhancement of brittle fibres in a hybrid co...
By adding glass fibres to carbon fibre composites, the apparent failure strain of the carbon fibres ...
This paper presents an analytical model to predict the stress redistribution around broken fibres in...
Experimental results are presented which allow the hybrid effect to be evaluated accurately for thin...
Experimental results are presented which allow the hybrid effect to be evaluated accurately for thin...
Experimental results are presented which allow the hybrid effect to be evaluated accurately for thin...
Experimental results are presented which allow the hybrid effect to be evaluated accurately for thin...
Experimental results are presented which allow the hybrid effect to be evaluated accurately for thin...
A promising strategy to increase the tensile failure strain of carbon fibre-reinforced composites is...
Fibre-hybrid composites are attracting an ever-increasing interest from academia and industry. It is...
A promising strategy to increase the tensile failure strain of carbon fibre-reinforced composites is...
By adding glass fibres to carbon fibre composites, the apparent failure strain of the carbon fibres ...
With the title "Unidirectional interply fibre-hybrid composites: longitudinal tensile failure and in...
Relevant literature on plain and hybrid unidirectional fibrous composites is critically reviewed and...
The failure strain of fibre-reinforced composites can be increased by fibre hybridisation. A recentl...
The hybrid effect, which is the apparent failure strain enhancement of brittle fibres in a hybrid co...
By adding glass fibres to carbon fibre composites, the apparent failure strain of the carbon fibres ...
This paper presents an analytical model to predict the stress redistribution around broken fibres in...
Experimental results are presented which allow the hybrid effect to be evaluated accurately for thin...
Experimental results are presented which allow the hybrid effect to be evaluated accurately for thin...
Experimental results are presented which allow the hybrid effect to be evaluated accurately for thin...
Experimental results are presented which allow the hybrid effect to be evaluated accurately for thin...
Experimental results are presented which allow the hybrid effect to be evaluated accurately for thin...
A promising strategy to increase the tensile failure strain of carbon fibre-reinforced composites is...