Yield strength (YS) ageing curves have been modelled for A356 and A357 aluminium casting alloys below the solvus temperature of the main hardening precipitate. Predictions are based on the Shercliff and Ashby methodology (Acta Metall. Mater. 38 (1990) 1789) for wrought alloys. Differences between strengthening in wrought and cast Al–Si–Mg alloys are considered. A Brinell hardness to YS conversion incorporating strain hardening has been established to enable YS ageing curves to be predicted with reduced experimental effort
A general rule of strength and plasticity is proposed for three typical wrought Al alloys (2xxx, 6xx...
The mechanical properties of Al alloys are strongly affected by their microstructure: the size and...
Manufacturing components in light metals is becoming fundamental as well as replacing higher density...
Yield strength (YS) ageing curves have been modelled for A356 and A357 aluminium casting alloys belo...
The study, was carried out by developing the alloy using the foundry route of melting, alloying, and...
Physically based age hardening and work hardening models have been developed to simulate the effect ...
A modelling framework for the strength and work hardening contributions in age hardened Al–Mg–Si all...
The Al-Si-Mg family of alloys is typically used in the T6 heat treated condition for high integrity ...
The constitutive behaviour of the aluminum foundry alloy B206 has been investigated in both the as-c...
Mechanical properties of age-hardenable Al alloys depend strongly on the characteristics of nanometr...
A number of alloys, notably most of the aluminum alloys, can be heat treated by aging. This aging du...
The yield strength and work hardening properties of an Al-Cu-Li alloy AA2050 after artificial ageing...
The strength and work hardening of age hardened AA6063 and AA6082 alloys have been investigated in t...
Hardening in extruded aluminium alloy 6082 has been modelled as a function of solution treatment tem...
The strain age hardening of Al-Cu, Al-Mg and Al-Si alloys was studied and the results obtained were ...
A general rule of strength and plasticity is proposed for three typical wrought Al alloys (2xxx, 6xx...
The mechanical properties of Al alloys are strongly affected by their microstructure: the size and...
Manufacturing components in light metals is becoming fundamental as well as replacing higher density...
Yield strength (YS) ageing curves have been modelled for A356 and A357 aluminium casting alloys belo...
The study, was carried out by developing the alloy using the foundry route of melting, alloying, and...
Physically based age hardening and work hardening models have been developed to simulate the effect ...
A modelling framework for the strength and work hardening contributions in age hardened Al–Mg–Si all...
The Al-Si-Mg family of alloys is typically used in the T6 heat treated condition for high integrity ...
The constitutive behaviour of the aluminum foundry alloy B206 has been investigated in both the as-c...
Mechanical properties of age-hardenable Al alloys depend strongly on the characteristics of nanometr...
A number of alloys, notably most of the aluminum alloys, can be heat treated by aging. This aging du...
The yield strength and work hardening properties of an Al-Cu-Li alloy AA2050 after artificial ageing...
The strength and work hardening of age hardened AA6063 and AA6082 alloys have been investigated in t...
Hardening in extruded aluminium alloy 6082 has been modelled as a function of solution treatment tem...
The strain age hardening of Al-Cu, Al-Mg and Al-Si alloys was studied and the results obtained were ...
A general rule of strength and plasticity is proposed for three typical wrought Al alloys (2xxx, 6xx...
The mechanical properties of Al alloys are strongly affected by their microstructure: the size and...
Manufacturing components in light metals is becoming fundamental as well as replacing higher density...