An experimental investigation was conducted to study the effect of notch size and length scale on the damage of carbon fibre-reinforced composite specimens. Open hole tension specimens in a range of configurations were tested quasi-statically to ultimate failure. The load response, damage modes and strain field development were experimentally recorded. The results demonstrated that changing the ply thickness and specimen dimensions markedly affected the damage modes and specimen behaviour. This output provides key insights into the nature of composite behaviour, and is also critical for the development and validation of analysis methodologies capturing damage initiation and progression
Notched tensile strength and the development of damage in composite laminates are studied in this t...
International audienceThe influence of transverse damage on compressive strength in fiber direction ...
In the present study, progressive damage analysis of open hole Carbon fiber reinforced polymer\ud (C...
peer-reviewedAn experimental study was carried out to determine the open hole tension (OHT) characte...
Large fibre reinforced composite structures can give much lower strengths than small test specimens,...
Numerical and experimental investigations were carried out on the size effect in notched carbon/epox...
In this work, the progressive failure of open hole composite specimen subjected to compression is st...
non-peer-reviewedThe goal of the project is to develop computational models for prediction of the in...
The failure strength of carbon-fibre reinforced plastic laminates under open-hole tension varies con...
In this work, the progressive failure of open hole composite specimen subjected to compression is s...
The effect of laminate lay-up upon the evolution of damage and upon the multi-axial failure locus of...
A methodology that uses multi-axial testing and dissipated energy (DE) to characterise the mechanica...
Application of a flexural or bending load on a Carbon fiber reinforced polymer(CFRP) specimen leads...
Carbon-fibre reinforced polymer (CFRP) laminates are widely used in various engineering applications...
Scaling effects in the perforation resistance of a carbon fibre-reinforced polymer (CFRP) composite ...
Notched tensile strength and the development of damage in composite laminates are studied in this t...
International audienceThe influence of transverse damage on compressive strength in fiber direction ...
In the present study, progressive damage analysis of open hole Carbon fiber reinforced polymer\ud (C...
peer-reviewedAn experimental study was carried out to determine the open hole tension (OHT) characte...
Large fibre reinforced composite structures can give much lower strengths than small test specimens,...
Numerical and experimental investigations were carried out on the size effect in notched carbon/epox...
In this work, the progressive failure of open hole composite specimen subjected to compression is st...
non-peer-reviewedThe goal of the project is to develop computational models for prediction of the in...
The failure strength of carbon-fibre reinforced plastic laminates under open-hole tension varies con...
In this work, the progressive failure of open hole composite specimen subjected to compression is s...
The effect of laminate lay-up upon the evolution of damage and upon the multi-axial failure locus of...
A methodology that uses multi-axial testing and dissipated energy (DE) to characterise the mechanica...
Application of a flexural or bending load on a Carbon fiber reinforced polymer(CFRP) specimen leads...
Carbon-fibre reinforced polymer (CFRP) laminates are widely used in various engineering applications...
Scaling effects in the perforation resistance of a carbon fibre-reinforced polymer (CFRP) composite ...
Notched tensile strength and the development of damage in composite laminates are studied in this t...
International audienceThe influence of transverse damage on compressive strength in fiber direction ...
In the present study, progressive damage analysis of open hole Carbon fiber reinforced polymer\ud (C...