The various factors that may affect the loss in mechanical properties encountered in a1uminum
magnesium-silicon alloys, when some natural ageing is allowed to take place between …

… This work presents the temperature- and time dependent precipitation behavior during
cooling from solution annealing of five aluminum-magnesium-silicon alloys with different …

The growth of α‐Al 2 O 3 /metal composites by the directed oxidation of molten Al‐Mg‐Si
alloys proceeds through four distinct stages. The first stage encompasses the early heating of …

The growth kinetics of an Al 2 O 3 /metal composite by the directed oxidation of an aluminum
alloy (10 wt% Si, 3 wt% Mg, balance Al) have been measured as a function of temperature (…

… A 3-D mesoscale model simulating fusion welding of aluminum–magnesium–silicon alloys
has been developed that directly models the evolving semisolid microstructure composed of …

… Abstract: Revealing grains and very fine dendrites in a solidified weld metal of aluminum–magnesium–silicon
alloys is difficult and thus, there is no evidence to validate the micro- and …

… For aluminum-magnesium-silicon alloys at temperature up to 200C for short times, the initial
spherical GP zones are converted to needlelike forms. Further aging causes apparent three-…

… Using the data on the metallic systems and on the oxide systems from previous sections,
the oxidation reactions of aluminum–magnesium–silicon alloys at 298 K were considered from …

… -shaped castings have also allowed researchers to efficiently evaluate the kinetics of
microstructural evolution in aluminum–iron–silicon alloys,69 aluminum–magnesium–silicon alloys,…

Isothermal hot torsion tests were performed on two metal matrix composites (15v/o SiC$\sb{\rm
p}$/A356 Al and 15v/o SiC$\sb{\rm p}$/6061 Al), a casting aluminum-silicon matrix alloy (…