Combinatorial Approach to Investigate the Influence of Minor Alloying Elements in AlCuLi Alloys

International audienc

The influence of minor alloying elements on the formation of the T1 phase in Al-Cu-Li(-Mg-Ag-Zn) alloys

International audienc

Combinatorial Approach to Investigate the Influence of Minor Alloying Elements in AlCuLi Alloys

International audienc

Clustering and Precipitation in Al-Cu-Li Alloys: Influence of Minor Solute Additions on the Competition between Kinetic Paths

InvitedInternational audienc

The influence of Mg and Ag on the precipitation kinetics and the formation of the T1 phase in Al-Cu-Li alloys

International audienc

Clustering and Precipitation in Al-Cu-Li Alloys: Influence of Minor Solute Additions on the Competition between Kinetic Paths

InvitedInternational audienc

The influence of minor alloying elements on the formation of the T1 phase in Al-Cu-Li(-Mg-Ag-Zn) alloys

International audienc

A combinatorial approach for studying the effect of Mg concentration on precipitation in an Al–Cu–Li alloy

International audienceWe apply a combinatorial approach to study the influence of Mg concentration on the precipitation kinetics in an Al-­‐Cu-­‐Li alloy using a diffusion couple made by linear friction welding. The precipitation kinetics is monitored in the composition gradient material using simultaneous space and time-­‐resolved in-­‐situ small-­‐ angle X-­‐ray scattering measurements during ageing , and the strengthening of the precipitates is evaluated by micro-­‐hardness profiles. This data provides an evaluation of the amount of Mg necessary to promote precipitation of the T1-­‐Al2CuLi phase

The influence of minor alloying elements on the formation of the T1 phase in Al-Cu-Li(-Mg-Ag-Zn) alloys

International audienc

The influence of Mg and Ag on the precipitation kinetics and the formation of the T1 phase in Al-Cu-Li alloys

International audienc