The plastic behaviour of two recently developed Al–Cu–Li alloys with different Cu/Li ratios, AA2198 and AA2196, was studied as a function of precipitation state by tensile tests, strain …
MJ Starink, P Wang, I Sinclair, PJ Gregson - Acta materialia, 1999 - Elsevier
A detailed quantitative model for the strengthening of monolithic alloys and composites due to precipitation strengthening, solution strengthening, grain and subgrain strengthening …
JF Nie, BC Muddle - Acta Materialia, 2008 - Elsevier
A variation of the Orowan equation is developed for aluminium alloys strengthened by dispersed, deformation-resistant {100} α precipitate plates, and the quantitative effects of …
The present study examines the aging behavior of Al–Mg–Cu alloys based on the elastic effects on the matrix due to coherent precipitates; these effects were followed by X-ray …
AW Zhu, EA Starke Jr - Acta materialia, 2001 - Elsevier
Stress aging of Al–Cu alloys was modeled to demonstrate the stress orienting effect of the θ ″/θ′-precipitate structures. The precipitation sequence of the Guinier–Preston (GP) …
The plastic deformation of micropillars is known to be affected by whether dislocations can escape easily from the material volume, and the extent to which the dislocations mutually …
The strengthening mechanisms and precipitation behavior in AA2024 alloys with different Cu/Mg ratios (3.18 and 2.48) and different levels of plastic deformation (5 and 15%) were …
Microalloying additions of Si are known to increase significantly the response to age hardening of 2xxx series Al-Cu-Mg alloys, and commercial alloys such as 2618 are based …
The uniaxial compression test was used to assess an influence of the precipitate nature on the flow stress, work hardening and texture of the Al–7% Si–1% Cu–0.5% Mg alloy, modified …