We describe the use of two polymer matrixes with unusual properties for long glass fibres reinforced composite materials and fully organic composites. Vitrimers, recently discovered in the Soft Matter and Chemistry laboratory constitute a new class of polymers as they can exhibit high mechanical strength and are insoluble even at high temperatures like thermosets and yet, like thermoplastics, they are heat processable, recyclable and weldable. The question arises whether this welding property is maintained in composite materials made of more than 50vol% of reinforcing fibres. We quantitatively and statistically analyze the bond strength of lapshear vitrimer composite joints autogenously welded by heat and compare the results to comparable j...
In this paper we describe an experimental study of the molding property and weldability of fiberglas...
A composite polymer based on vinylogous urethane vitrimer bonding with both photodimerizable and the...
Most covalent adaptable networks give highly interesting properties for material processing such as ...
Nous décrivons l’utilisation de matrices polymères aux propriétés inhabituelles dans des composites ...
International audienceThermosets dominate the composite industry owing to their outstanding stiffnes...
Vitrimers are a new category of polymers with a dynamic covalently cross-linked network. This gives ...
Vitrimers are covalently cross-linked polymeric materials which can be thermally processed in a liqu...
Vitrimers are covalently cross-linked polymeric materials that can be thermally processed in a liqui...
The aim of this thesis was the design and synthesis of polymer materials that exhibit unusual combin...
With the aim to generate vitrimers from commonly used thermoplastics with carbon-carbon based backbo...
Hybrid networks, including physical and chemical cross-links, were synthesized from biosourced fatty...
Aeronautical parts which operate in high temperature area (300-400°C) are currently made of titanium...
The latest advancements in PAEK matrix composite parts have brought to light assembly issues. Ultras...
Vitrimers are covalently cross-linked polymeric materials that can be thermally processed in a liqui...
Vitrimers have recently emerged as a class of polymers combining great processability, self-healing ...
In this paper we describe an experimental study of the molding property and weldability of fiberglas...
A composite polymer based on vinylogous urethane vitrimer bonding with both photodimerizable and the...
Most covalent adaptable networks give highly interesting properties for material processing such as ...
Nous décrivons l’utilisation de matrices polymères aux propriétés inhabituelles dans des composites ...
International audienceThermosets dominate the composite industry owing to their outstanding stiffnes...
Vitrimers are a new category of polymers with a dynamic covalently cross-linked network. This gives ...
Vitrimers are covalently cross-linked polymeric materials which can be thermally processed in a liqu...
Vitrimers are covalently cross-linked polymeric materials that can be thermally processed in a liqui...
The aim of this thesis was the design and synthesis of polymer materials that exhibit unusual combin...
With the aim to generate vitrimers from commonly used thermoplastics with carbon-carbon based backbo...
Hybrid networks, including physical and chemical cross-links, were synthesized from biosourced fatty...
Aeronautical parts which operate in high temperature area (300-400°C) are currently made of titanium...
The latest advancements in PAEK matrix composite parts have brought to light assembly issues. Ultras...
Vitrimers are covalently cross-linked polymeric materials that can be thermally processed in a liqui...
Vitrimers have recently emerged as a class of polymers combining great processability, self-healing ...
In this paper we describe an experimental study of the molding property and weldability of fiberglas...
A composite polymer based on vinylogous urethane vitrimer bonding with both photodimerizable and the...
Most covalent adaptable networks give highly interesting properties for material processing such as ...