The evolution of the microstructure of semi-solid Al-Cu alloys has been characterized during isothermal treatments in the semi-solid state by using in-situ X-ray microtomography experiments carried out at ESRF, Grenoble. This work is therefore a continuation of previous experiments reported at the 8th S2P Conference in Limassol. Quantitative data are presented dealing with changes with holding time of the solid volume fraction, of the solid-liquid interface area and of the mean and Gaussian curvatures of the solid phase. Discussion of the results is carried out on the basis of the mechanisms involved in semi-solid systems
X-ray tomography has become a widely used 3D characterisation technique in materials science either ...
In situ observations by the synchrotron white beam X-ray topographic method are carried out during t...
International audienceThe microstructure formed during the solidification step has a major influence...
The aim of this paper is to report the results of experiments carried out on Al-Cu alloys with diffe...
This article presents the first results of a new experimental technique developed to investigate the...
The understanding of some fundamental mechanisms in metallurgical science requires 3D visualisation ...
International audienceThe aim of this article is to present the results of a partial remelting exper...
International audienceThe microstructural evolution of an Al–10 wt.% Cu alloy was investigated durin...
The microstructural evolution of an Al–10 wt.% Cu alloy was investigated during solidification at co...
The aim of this paper is to report the very first in situ observations of the deformation behaviour ...
International audienceThe microstructural evolution of an Al–10 wt.% Cu alloy was investigated durin...
International audienceX-ray micro-tomography has been applied recently in a wide range of research f...
La fissuration à chaud est un défaut majeur intervenant en fin de solidification d'alliages métalliq...
This Thesis demonstrates studies on microstructure development during the solidification of aluminiu...
The production of aluminium sheet is expensive and energy intensive despite the reduced environmenta...
X-ray tomography has become a widely used 3D characterisation technique in materials science either ...
In situ observations by the synchrotron white beam X-ray topographic method are carried out during t...
International audienceThe microstructure formed during the solidification step has a major influence...
The aim of this paper is to report the results of experiments carried out on Al-Cu alloys with diffe...
This article presents the first results of a new experimental technique developed to investigate the...
The understanding of some fundamental mechanisms in metallurgical science requires 3D visualisation ...
International audienceThe aim of this article is to present the results of a partial remelting exper...
International audienceThe microstructural evolution of an Al–10 wt.% Cu alloy was investigated durin...
The microstructural evolution of an Al–10 wt.% Cu alloy was investigated during solidification at co...
The aim of this paper is to report the very first in situ observations of the deformation behaviour ...
International audienceThe microstructural evolution of an Al–10 wt.% Cu alloy was investigated durin...
International audienceX-ray micro-tomography has been applied recently in a wide range of research f...
La fissuration à chaud est un défaut majeur intervenant en fin de solidification d'alliages métalliq...
This Thesis demonstrates studies on microstructure development during the solidification of aluminiu...
The production of aluminium sheet is expensive and energy intensive despite the reduced environmenta...
X-ray tomography has become a widely used 3D characterisation technique in materials science either ...
In situ observations by the synchrotron white beam X-ray topographic method are carried out during t...
International audienceThe microstructure formed during the solidification step has a major influence...