Poly(ether-ketone-ketone) (PEKK) high performance thermoplastics are currently studied with a great interest by the aeronautic industry as matrix for carbon fiber reinforced structural parts. In fact, PEKK composites can be consolidated out of autoclave and they have lower processing temperatures than PEEK composites.The aim of the study was to investigate and predict the evolution of PEKK composite mechanical properties depending on the processing thermal cycle to determine the best processing parameters for PEKK composite part manufacturing regarding processing times and final mechanical performances.A first part investigates the crystallization kinetics modelling of PEKK matrices and the influence of crystallinity and crystalline morphol...
In the context of the energy transition, the transportation sector faces the double challenge of pro...
Abstract: The poly (aryl ether ketones) are used as matrices in advanced composites with high perfor...
The present work seeks to characterise the micromechanical properties of carbon fibre/poly(etherketo...
Poly(ether-ketone-ketone) (PEKK) high performance thermoplastics are currently studied with a great ...
Les thermoplastiques hautes performances poly(éther-cétone-cétone) (PEKK) sont actuellement étudiés ...
This work presents the effects of processing parameters on the mechanical properties of Carbon/PEKK ...
International audienceThe IMPEKKABLE project deals with the use of organic matrix composite material...
International audienceThe IMPEKKABLE project deals with the use of organic matrix composite material...
Poly(aryl ether ketone) (PAEK) thermoplastic composites can replace some traditional thermosetting c...
The nowadays increased awareness towards environmental issues concerns aircraft structures in terms ...
The nowadays increased awareness towards environmental issues concerns aircraft structures in terms ...
Process models of composite materials are useful tools for understanding the effect of process param...
Ce travail présente l'élaboration de nouveaux ensimages de fibres de carbone compatibles avec des ma...
Process models of composite materials are useful tools for understanding the effect of process param...
In this work, the thermo-oxidative behavior of PEKK films (~50 µm thick) in solid state were investi...
In the context of the energy transition, the transportation sector faces the double challenge of pro...
Abstract: The poly (aryl ether ketones) are used as matrices in advanced composites with high perfor...
The present work seeks to characterise the micromechanical properties of carbon fibre/poly(etherketo...
Poly(ether-ketone-ketone) (PEKK) high performance thermoplastics are currently studied with a great ...
Les thermoplastiques hautes performances poly(éther-cétone-cétone) (PEKK) sont actuellement étudiés ...
This work presents the effects of processing parameters on the mechanical properties of Carbon/PEKK ...
International audienceThe IMPEKKABLE project deals with the use of organic matrix composite material...
International audienceThe IMPEKKABLE project deals with the use of organic matrix composite material...
Poly(aryl ether ketone) (PAEK) thermoplastic composites can replace some traditional thermosetting c...
The nowadays increased awareness towards environmental issues concerns aircraft structures in terms ...
The nowadays increased awareness towards environmental issues concerns aircraft structures in terms ...
Process models of composite materials are useful tools for understanding the effect of process param...
Ce travail présente l'élaboration de nouveaux ensimages de fibres de carbone compatibles avec des ma...
Process models of composite materials are useful tools for understanding the effect of process param...
In this work, the thermo-oxidative behavior of PEKK films (~50 µm thick) in solid state were investi...
In the context of the energy transition, the transportation sector faces the double challenge of pro...
Abstract: The poly (aryl ether ketones) are used as matrices in advanced composites with high perfor...
The present work seeks to characterise the micromechanical properties of carbon fibre/poly(etherketo...