IPCM7 - 7th international conference on interfacial phenomena in composite materials, 11-14 september 2001, Arcachon, FRANCEInternational audienceThe extraction behaviour of stainless steel fibres from a ceramic refractory matrix has been studied by way of pullout tests and scanning electron microscopy observations. The effect of first heating of such composites has been characterised both by room temperature pullout tests and by dilatometric experiments. High temperature pullout tests have been performed too. Mechanical and microstructural evolutions are discussed with the help of analytical models
The thermo-elastic properties of a novel class of ceramic composites based on an ultra-refractory ma...
For several decades ceramic matrix composites has been of interest to be used as hot parts in certai...
A model is presented for prediction of the fracture energy of ceramic-matrix composites containing d...
The thermomechanical behaviour of ceramic matrix composites (CMCs) is largely governed by the existi...
Steel fibres are commonly used in the refractory industry to reinforce high temperature concretes, t...
Metal matrix composites (MMCs) offer a unique set of properties due to the ductile-brittle combinati...
A unique method for producing aluminium matrix composite wires is the Blücher’s process, i.e. contin...
Alumina based refractories are usually used in metallurgical furnaces and their thermal shock resist...
Within this study, a novel matrix selection principle, within the MAS glass ceramic system, has been...
Natural zeolite ceramic is a material that can be used as bioceramics but it is fragile to crack. ...
The thermo-elastic properties of a novel class of ceramic composites based on an ultra-refractory ma...
Here the sol-gel technique was employed in the production of ultra-high temperature ceramic fibres, ...
PhDCeramic materials have considerable attraction for use in applications where the service tempera...
Nowadays, metal matrix composites have many new areas of application owing to their excellent proper...
Fibres were produced from glasses with the following compositions: A= 25% Li20 74% SiO2 1% P205 B...
The thermo-elastic properties of a novel class of ceramic composites based on an ultra-refractory ma...
For several decades ceramic matrix composites has been of interest to be used as hot parts in certai...
A model is presented for prediction of the fracture energy of ceramic-matrix composites containing d...
The thermomechanical behaviour of ceramic matrix composites (CMCs) is largely governed by the existi...
Steel fibres are commonly used in the refractory industry to reinforce high temperature concretes, t...
Metal matrix composites (MMCs) offer a unique set of properties due to the ductile-brittle combinati...
A unique method for producing aluminium matrix composite wires is the Blücher’s process, i.e. contin...
Alumina based refractories are usually used in metallurgical furnaces and their thermal shock resist...
Within this study, a novel matrix selection principle, within the MAS glass ceramic system, has been...
Natural zeolite ceramic is a material that can be used as bioceramics but it is fragile to crack. ...
The thermo-elastic properties of a novel class of ceramic composites based on an ultra-refractory ma...
Here the sol-gel technique was employed in the production of ultra-high temperature ceramic fibres, ...
PhDCeramic materials have considerable attraction for use in applications where the service tempera...
Nowadays, metal matrix composites have many new areas of application owing to their excellent proper...
Fibres were produced from glasses with the following compositions: A= 25% Li20 74% SiO2 1% P205 B...
The thermo-elastic properties of a novel class of ceramic composites based on an ultra-refractory ma...
For several decades ceramic matrix composites has been of interest to be used as hot parts in certai...
A model is presented for prediction of the fracture energy of ceramic-matrix composites containing d...