Add to ORKGThe effects of cold deformation prior to aging on the precipitation behavior, microstructure and mechanical properties of an Al-5.6Cu-0.72 Mg-0.5Ag-0.32Mn-0.17Sc-0.12Zr (in wt%) alloy were investigated. Pre-straining disrupts the formation of Mg–Ag co-clusters, modifying the normal precipitation sequenc
In this study, the evolution of Ω plates during artificial aging and the effect of peak-aging treatm...
The aim of the present work is to characterize the precipitate microstructure in relationship with t...
An ultrafine-grained (UFG) Al–Cu–Mg alloy (AA2024) was produced by surface mechanical grinding treat...
The effect of tensile strain ranging from 1% to 7% on the decomposition sequence and mechanical prop...
The effects of cold deformation prior to aging on the precipitation behavior, microstructure and mec...
Effect of cold rolling prior to ageing on a dispersion of secondary phases and mechanical properties...
This work presents a detailed investigation of the ageing behaviour of AA2519 alloy subjected to col...
The effects of 3%–50% pre-deformation following solution heat treatment on the age hardening of an A...
Effect of thermomechanical processing on creep resistance at 150°C of an Al-5.6Cu- 0.72Mg-0.5Ag-0.32...
Pre-stretching prior to aging is known to degrade the performance of Al–Cu–Mg–Ag alloys at elevated ...
The effect of different thermo-mechanical treatments on the hardness of the 2024 (Al-Cu-Mg) alloy wa...
In this study, Al-1.00 Mg-0.65 Si-0.24 Cu alloy was solution heat-treated, water-quenched, and then ...
Transmission electron microscopy, differential scanning calorimetry and hardness tests have been use...
Effect of Ag addition on the age-hardening response and precipitate microstructure of the Al-3.0Mg-1...
AbstractThe effect of increasing pre-stretching to higher levels, than are currently used in industr...
In this study, the evolution of Ω plates during artificial aging and the effect of peak-aging treatm...
The aim of the present work is to characterize the precipitate microstructure in relationship with t...
An ultrafine-grained (UFG) Al–Cu–Mg alloy (AA2024) was produced by surface mechanical grinding treat...
The effect of tensile strain ranging from 1% to 7% on the decomposition sequence and mechanical prop...
The effects of cold deformation prior to aging on the precipitation behavior, microstructure and mec...
Effect of cold rolling prior to ageing on a dispersion of secondary phases and mechanical properties...
This work presents a detailed investigation of the ageing behaviour of AA2519 alloy subjected to col...
The effects of 3%–50% pre-deformation following solution heat treatment on the age hardening of an A...
Effect of thermomechanical processing on creep resistance at 150°C of an Al-5.6Cu- 0.72Mg-0.5Ag-0.32...
Pre-stretching prior to aging is known to degrade the performance of Al–Cu–Mg–Ag alloys at elevated ...
The effect of different thermo-mechanical treatments on the hardness of the 2024 (Al-Cu-Mg) alloy wa...
In this study, Al-1.00 Mg-0.65 Si-0.24 Cu alloy was solution heat-treated, water-quenched, and then ...
Transmission electron microscopy, differential scanning calorimetry and hardness tests have been use...
Effect of Ag addition on the age-hardening response and precipitate microstructure of the Al-3.0Mg-1...
AbstractThe effect of increasing pre-stretching to higher levels, than are currently used in industr...
In this study, the evolution of Ω plates during artificial aging and the effect of peak-aging treatm...
The aim of the present work is to characterize the precipitate microstructure in relationship with t...
An ultrafine-grained (UFG) Al–Cu–Mg alloy (AA2024) was produced by surface mechanical grinding treat...