The occurrence of grain boundary precipitates was investigated with respect to the crystallographic orientation of the adjacent grains in extruded AA6110, AA6063 and AA6061 alloys brought to T6 temper. It was found that the requirement for grain boundary precipitate formation is for the adjacent grains to have Al directions or {100}Al planes parallel to the grain boundary plane. The highest density of grain boundary precipitates was present when this requirement was fulfilled by both adjacent grains
An investigation was conducted to study the influence of peak-ageing and double ageing treatments in...
This paper concentrates on the influences of thermomechanical processing on fracture behaviour of Al...
Precipitates in a lean Al–Mg–Si alloy with low Cu addition (~0.10 wt.%) were investigated by aberrat...
The occurrence of grain boundary precipitates was investigated with respect to the crystallographic ...
A detailed analysis of grain boundaries in a highly textured Al-Mg-Si-Cu alloy is presented in this ...
The formation of grain boundary precipitates of the high temperature β phase from the supersaturated...
High strength Al-alloys are highly susceptible to intergranular embrittlement, which severely limits...
During ageing, 6xxx aluminium alloys will develop a microstructure characterised by needle-shaped Mg...
The precipitation of the (Mn,Fe)Al-6 phase during preheating of a commercial AA 5182 Al-Mg alloy was...
Scanning precession electron diffraction and automated crystal orientation mapping in a transmission...
The influence of concurrent precipitation on recrystallization is analyzed by comparing the nucleati...
Grain boundaries provide extra energy field to supply nucleation and growth of θ′precipitate during ...
In this study, the effects of differences in grain size, grain boundary type and misorientation on t...
International audienceUnderstanding the composition evolution of grain boundaries and grain boundary...
Precipitate evolution during high temperature annealing plays an important role in the magnetic prop...
An investigation was conducted to study the influence of peak-ageing and double ageing treatments in...
This paper concentrates on the influences of thermomechanical processing on fracture behaviour of Al...
Precipitates in a lean Al–Mg–Si alloy with low Cu addition (~0.10 wt.%) were investigated by aberrat...
The occurrence of grain boundary precipitates was investigated with respect to the crystallographic ...
A detailed analysis of grain boundaries in a highly textured Al-Mg-Si-Cu alloy is presented in this ...
The formation of grain boundary precipitates of the high temperature β phase from the supersaturated...
High strength Al-alloys are highly susceptible to intergranular embrittlement, which severely limits...
During ageing, 6xxx aluminium alloys will develop a microstructure characterised by needle-shaped Mg...
The precipitation of the (Mn,Fe)Al-6 phase during preheating of a commercial AA 5182 Al-Mg alloy was...
Scanning precession electron diffraction and automated crystal orientation mapping in a transmission...
The influence of concurrent precipitation on recrystallization is analyzed by comparing the nucleati...
Grain boundaries provide extra energy field to supply nucleation and growth of θ′precipitate during ...
In this study, the effects of differences in grain size, grain boundary type and misorientation on t...
International audienceUnderstanding the composition evolution of grain boundaries and grain boundary...
Precipitate evolution during high temperature annealing plays an important role in the magnetic prop...
An investigation was conducted to study the influence of peak-ageing and double ageing treatments in...
This paper concentrates on the influences of thermomechanical processing on fracture behaviour of Al...
Precipitates in a lean Al–Mg–Si alloy with low Cu addition (~0.10 wt.%) were investigated by aberrat...