The effects of single-step and two-step aging treatments on the tensile properties of an A1-4.5%Cu-1.4%Mg- 0.5%Ag alloy have been investigated. Results showed that a maximum ultimate tensile strength of 75 ksi can be attained by single-step aging 24 hr at 170°C. The two-step aging treatments consisting of first aging one week at 80°C followed by aging at 160° and 190°C led to lower strength properties than simple one-step aging. Reversion treatments applied to fully age-hardened alloy resulted in an almost progressive loss of strength in the 250° to 375° range
In this study, Al-1.00 Mg-0.65 Si-0.24 Cu alloy was solution heat-treated, water-quenched, and then ...
The hardness variations and precipitation behaviour during the three stage ageing of three Al-Cu-Mg ...
Age hardening is important for improving mechanical properties of Al-alloys. However, this improveme...
The effects of single-step and two-step aging treatments on the tensile properties of an A1-4.5%Cu-1...
The effects of quenching conditions, single-step and two-step aging treatments on the tensile proper...
The effect of single-step and two-step aging treatments on the tensile properties of an Al-6 wt. % A...
This study focuses on the effect of the addition of magnesium (Mg) and silver (Ag) on the mechanical...
The effect of tensile strain ranging from 1% to 7% on the decomposition sequence and mechanical prop...
The effects of variations in composition on the decomposition process in Al-Zn-Mg-Cu alloys (i.e. – ...
The effect of different thermo-mechanical treatments on the hardness of the 2024 (Al-Cu-Mg) alloy wa...
There is a current trend in increased use of aluminum extrusion alloys in automotive applications. T...
In the present study, after solid solution treatment, four different artificial aging treatments (10...
In this paper, the effect of two-step precipitation hardening on the mechanical properties of Al-3.7...
The aim of the present work is to characterize the precipitate microstructure in relationship with t...
An Al-Cu-Li-Ag-Mg alloy, Weldalite (trademark) 049, was recently introduced as an ultra-high strengt...
In this study, Al-1.00 Mg-0.65 Si-0.24 Cu alloy was solution heat-treated, water-quenched, and then ...
The hardness variations and precipitation behaviour during the three stage ageing of three Al-Cu-Mg ...
Age hardening is important for improving mechanical properties of Al-alloys. However, this improveme...
The effects of single-step and two-step aging treatments on the tensile properties of an A1-4.5%Cu-1...
The effects of quenching conditions, single-step and two-step aging treatments on the tensile proper...
The effect of single-step and two-step aging treatments on the tensile properties of an Al-6 wt. % A...
This study focuses on the effect of the addition of magnesium (Mg) and silver (Ag) on the mechanical...
The effect of tensile strain ranging from 1% to 7% on the decomposition sequence and mechanical prop...
The effects of variations in composition on the decomposition process in Al-Zn-Mg-Cu alloys (i.e. – ...
The effect of different thermo-mechanical treatments on the hardness of the 2024 (Al-Cu-Mg) alloy wa...
There is a current trend in increased use of aluminum extrusion alloys in automotive applications. T...
In the present study, after solid solution treatment, four different artificial aging treatments (10...
In this paper, the effect of two-step precipitation hardening on the mechanical properties of Al-3.7...
The aim of the present work is to characterize the precipitate microstructure in relationship with t...
An Al-Cu-Li-Ag-Mg alloy, Weldalite (trademark) 049, was recently introduced as an ultra-high strengt...
In this study, Al-1.00 Mg-0.65 Si-0.24 Cu alloy was solution heat-treated, water-quenched, and then ...
The hardness variations and precipitation behaviour during the three stage ageing of three Al-Cu-Mg ...
Age hardening is important for improving mechanical properties of Al-alloys. However, this improveme...