“Flash sintering” is an ultrafast sintering technique which enables the densification of conductive ceramics in less than 5 seconds, using furnace temperatures far below the usual temperatures required by pressureless sintering. The use of flash sintering as an industrial technique however needs understanding the involved mechanisms, which are still widely controversial.This PhD work aims at understanding the flash sintering phenomenon and its origin. The investigations have been focused on zirconia and zirconia-alumina composites, and on the phenomena observed when a constant electric field is applied. They are based on two types of experiments: constant heating rate and isothermal stage sintering. Particular attention was paid to the effe...
Flash sintering is a newly developed technique to quickly densify conductive ceramics in the presenc...
Flash sintering is an electrical field-assisted consolidation technology and represents a very novel...
Flash Sintering (FS), has been the subject of intense study by the ceramics community in recent year...
“Flash sintering” is an ultrafast sintering technique which enables the densification of conductive ...
Le procédé de frittage ultra rapide « flash sintering » a vu le jour il y a cinq ans. Cette techniqu...
A new method for the sintering of ceramics will be presented in detail. This method called Flash-Sin...
The recently discovered flash sintering technique has shown that the application of a sufficiently l...
Flash sintering ability to densify ceramic material in less than 5 seconds, at much lower furnace te...
During flash sintering, ceramic materials can sinter to high density in a matter of seconds while su...
Flash sintering occurs when an electric field is applied to a heated ceramic powder compact. At a cr...
Flash sintering has recently emerged as a low energy technique for ultra-rapid densification of cera...
A new phenomenon where the application of modest electric fields can lower the sintering temperature...
Flash sintering is a novel technique that allows a decrease in the sintering time (from hours to sec...
We provide evidence for temperature-driven flash sintering process, accounting for otherwise interpr...
Flash sintering of oxide powders is associated with dissipated power in the narrow range 10–50 W...
Flash sintering is a newly developed technique to quickly densify conductive ceramics in the presenc...
Flash sintering is an electrical field-assisted consolidation technology and represents a very novel...
Flash Sintering (FS), has been the subject of intense study by the ceramics community in recent year...
“Flash sintering” is an ultrafast sintering technique which enables the densification of conductive ...
Le procédé de frittage ultra rapide « flash sintering » a vu le jour il y a cinq ans. Cette techniqu...
A new method for the sintering of ceramics will be presented in detail. This method called Flash-Sin...
The recently discovered flash sintering technique has shown that the application of a sufficiently l...
Flash sintering ability to densify ceramic material in less than 5 seconds, at much lower furnace te...
During flash sintering, ceramic materials can sinter to high density in a matter of seconds while su...
Flash sintering occurs when an electric field is applied to a heated ceramic powder compact. At a cr...
Flash sintering has recently emerged as a low energy technique for ultra-rapid densification of cera...
A new phenomenon where the application of modest electric fields can lower the sintering temperature...
Flash sintering is a novel technique that allows a decrease in the sintering time (from hours to sec...
We provide evidence for temperature-driven flash sintering process, accounting for otherwise interpr...
Flash sintering of oxide powders is associated with dissipated power in the narrow range 10–50 W...
Flash sintering is a newly developed technique to quickly densify conductive ceramics in the presenc...
Flash sintering is an electrical field-assisted consolidation technology and represents a very novel...
Flash Sintering (FS), has been the subject of intense study by the ceramics community in recent year...