This sample has been aged after quenching to enable the growth of precipitates from a supersaturated solid solution. The strength of the alloy has been greatly improved by precipitation hardening. A precipitation sequence is observed eventually resulting in the formation of the stable θ phase through a series of metastable intermediates. The θ phase is an intermetallic compound with a composition close to CuAl2. The θ precipitates preferentially form on Al grain boundaries, as these are excellent heterogeneous nucleation sites. The depletion of Cu near the boundaries to these precipitates is one reason for the formation of adjacent precipitation free zones (PFZ)
Precipitation-hardened alloys can be further strengthened by reducing the grain size down to the ult...
Strengthening by precipitation of second phase is the guiding principle for the development of a hos...
The precipitation kinetics of precipitates with different orientations and segregation in an ultrafi...
This sample has been aged after quenching to enable the growth of precipitates from a supersaturated...
This alloy was solution treated. Hardening is achieved by the controlled rejection of copper from a ...
The precipitation behavior in an Al-Cu alloy isothermally annealed at 463 K was studied using Vicker...
A new phase (designated 0) which precipitates in Al-Cu-Mg-Ag alloys having high Cu:Mg ratios, is kno...
Precipitation behavior of metastable phases in an Al-1.94 at% Cu alloy during isothermal aging at 37...
The precipitation hardening of an experimental Al-4.2 wt% Mg-0.6 wt% Cu alloy has been studied. Afte...
Precipitation behavior of metastable phases in an Al-1.94 at%Cu alloy during isothermal aging at 373...
Two high-purity aluminium alloys based on composition Al–3.0Mg–1.0Cu (wt%), one with added 0.4 wt% A...
The effect of Cu-addition on age-hardening and precipitation have been investigated by hardness meas...
Recent work on Al-Cu-Mg based alloys with Cu:Mg atomic ratio close to unity is reviewed to clarify t...
The dispersoid precipitation behavior during the solutionizing and aging of Al-xwt.%Cu-1.0 wt.% Mn a...
cited By 0International audiencePrecipitation hardening remains an important and efficient way to im...
Precipitation-hardened alloys can be further strengthened by reducing the grain size down to the ult...
Strengthening by precipitation of second phase is the guiding principle for the development of a hos...
The precipitation kinetics of precipitates with different orientations and segregation in an ultrafi...
This sample has been aged after quenching to enable the growth of precipitates from a supersaturated...
This alloy was solution treated. Hardening is achieved by the controlled rejection of copper from a ...
The precipitation behavior in an Al-Cu alloy isothermally annealed at 463 K was studied using Vicker...
A new phase (designated 0) which precipitates in Al-Cu-Mg-Ag alloys having high Cu:Mg ratios, is kno...
Precipitation behavior of metastable phases in an Al-1.94 at% Cu alloy during isothermal aging at 37...
The precipitation hardening of an experimental Al-4.2 wt% Mg-0.6 wt% Cu alloy has been studied. Afte...
Precipitation behavior of metastable phases in an Al-1.94 at%Cu alloy during isothermal aging at 373...
Two high-purity aluminium alloys based on composition Al–3.0Mg–1.0Cu (wt%), one with added 0.4 wt% A...
The effect of Cu-addition on age-hardening and precipitation have been investigated by hardness meas...
Recent work on Al-Cu-Mg based alloys with Cu:Mg atomic ratio close to unity is reviewed to clarify t...
The dispersoid precipitation behavior during the solutionizing and aging of Al-xwt.%Cu-1.0 wt.% Mn a...
cited By 0International audiencePrecipitation hardening remains an important and efficient way to im...
Precipitation-hardened alloys can be further strengthened by reducing the grain size down to the ult...
Strengthening by precipitation of second phase is the guiding principle for the development of a hos...
The precipitation kinetics of precipitates with different orientations and segregation in an ultrafi...