In the manufacturing of polymer-infiltrated ceramics, flaws emerge during hardening due to polymerization shrinkage and have an unfavorable effect on the strength and stiffness of the composite. Through a polymerization process newly developed at the Fraunhofer Institute for Mechanics of Materials IWM, the formation of flaws in the structure, however, can be avoided as well as strength and e-module of the composite specifically set
Les matériaux céramiques présentent généralement des propriétés mécaniques très intéressantes pour l...
Naturally occurring architectured structures utilize brick-and-mortar organization to achieve a hard...
Monolithic ceramic materials are currently being used for ultra high temperature applications such a...
Due to their interpenetrating structure, Polymer Infiltrated Ceramics (PICs) offer a significantly h...
A method of manufacturing polymer-infiltrated ceramics (PICs) is to pre-infiltrate a porous ceramic ...
Microstructure tailoring of filler loaded preceramic polymer systems offers a high potential for pro...
Active filler controlled pyrolysis has been applied as a novel preparation route to massive ceramic ...
The toughening of brittle ceramic material is possible by the introduction of a second solid (cerami...
Ceramic inlays in the flange ot teeth are bonded by using composite polymers. However, the bonding l...
In this study, pre-ceramic polymers were used as organic vehicle forming a ceramic matrix after pyro...
Dispersions of inorganic fillers within polymers are commonly designated as polymer-based composites...
In the period of technological preparation and initial stages of development in the mass production ...
peer reviewedIndirect composites have been undergoing an impressive evolution over the last few year...
The investigations carried out in this work can be divided into two main points. One, the process te...
International audienceIn this work, polycaprolactone-coated alumina scaffolds were produced and char...
Les matériaux céramiques présentent généralement des propriétés mécaniques très intéressantes pour l...
Naturally occurring architectured structures utilize brick-and-mortar organization to achieve a hard...
Monolithic ceramic materials are currently being used for ultra high temperature applications such a...
Due to their interpenetrating structure, Polymer Infiltrated Ceramics (PICs) offer a significantly h...
A method of manufacturing polymer-infiltrated ceramics (PICs) is to pre-infiltrate a porous ceramic ...
Microstructure tailoring of filler loaded preceramic polymer systems offers a high potential for pro...
Active filler controlled pyrolysis has been applied as a novel preparation route to massive ceramic ...
The toughening of brittle ceramic material is possible by the introduction of a second solid (cerami...
Ceramic inlays in the flange ot teeth are bonded by using composite polymers. However, the bonding l...
In this study, pre-ceramic polymers were used as organic vehicle forming a ceramic matrix after pyro...
Dispersions of inorganic fillers within polymers are commonly designated as polymer-based composites...
In the period of technological preparation and initial stages of development in the mass production ...
peer reviewedIndirect composites have been undergoing an impressive evolution over the last few year...
The investigations carried out in this work can be divided into two main points. One, the process te...
International audienceIn this work, polycaprolactone-coated alumina scaffolds were produced and char...
Les matériaux céramiques présentent généralement des propriétés mécaniques très intéressantes pour l...
Naturally occurring architectured structures utilize brick-and-mortar organization to achieve a hard...
Monolithic ceramic materials are currently being used for ultra high temperature applications such a...