The grain growth/densification interaction is known to strongly decrease the shrinkage rate during the final stages of sintering. This phenomenon was studied for α-alumina to provide more accurate sintering models for ceramics. Isothermal interrupted experiments were conducted to identify the parameters of the grain growth law for the model
International audienceModeling the spark plasma sintering of ceramics can be a very time-consuming t...
The effect of temperature modes and heating rates (Vh) on the shrinkage kinetics of submicron and fi...
In this project we introduce the sintering process, which involves two basic phenomena, pore shrinka...
International audienceThe grain growth/densification interaction is known to strongly decrease the s...
The spark plasma sintering (SPS) of an undoped commercial α-Al2O3 powder (0.14 μm) was investigated....
In the present paper, we studied the sintering of a submicronic a-alumina powder and modeled its beh...
International audienceThe validity of the model for sintering under uniaxial pressure proposed by Be...
cited By 36International audienceThe microstructure development of sintered alumina at different sta...
The densification mechanisms of polycrystalline α-alumina by spark plasma sintering are highly contr...
The sintering of fine-grained α-alumina by spark plasma sintering (SPS) was performed to study grain...
During sintering, most of densification process proceeds in the intermediate stage where channel-lik...
One of the main challenges for the industrialization of the spark plasma sintering (SPS) is to resol...
International audienceDensification and grain growth mechanisms of Yttria-Stabilized Zirconia sinter...
Isothermal and constant-grain-size sintering have been carried out to full density in Y2O3 with and ...
Spark plasma sintering (SPS) is a convenient and rapid means of producing dense ceramic compacts. Ho...
International audienceModeling the spark plasma sintering of ceramics can be a very time-consuming t...
The effect of temperature modes and heating rates (Vh) on the shrinkage kinetics of submicron and fi...
In this project we introduce the sintering process, which involves two basic phenomena, pore shrinka...
International audienceThe grain growth/densification interaction is known to strongly decrease the s...
The spark plasma sintering (SPS) of an undoped commercial α-Al2O3 powder (0.14 μm) was investigated....
In the present paper, we studied the sintering of a submicronic a-alumina powder and modeled its beh...
International audienceThe validity of the model for sintering under uniaxial pressure proposed by Be...
cited By 36International audienceThe microstructure development of sintered alumina at different sta...
The densification mechanisms of polycrystalline α-alumina by spark plasma sintering are highly contr...
The sintering of fine-grained α-alumina by spark plasma sintering (SPS) was performed to study grain...
During sintering, most of densification process proceeds in the intermediate stage where channel-lik...
One of the main challenges for the industrialization of the spark plasma sintering (SPS) is to resol...
International audienceDensification and grain growth mechanisms of Yttria-Stabilized Zirconia sinter...
Isothermal and constant-grain-size sintering have been carried out to full density in Y2O3 with and ...
Spark plasma sintering (SPS) is a convenient and rapid means of producing dense ceramic compacts. Ho...
International audienceModeling the spark plasma sintering of ceramics can be a very time-consuming t...
The effect of temperature modes and heating rates (Vh) on the shrinkage kinetics of submicron and fi...
In this project we introduce the sintering process, which involves two basic phenomena, pore shrinka...