Wrought aluminum alloys are an attractive option in the quest for lightweight, recyclable,
structural materials. Modern wrought aluminum alloys depend on control of complex …

The results of the present investigation are focused on the structure examinations of a
commercial Al-3% Mg alloy in different conditions using an optical microscope (OM) …

Repetitive continuous extrusion forming (R-Conform) followed by T8 tempering treatment
was found to be a viable approach for obtaining superior strength with high ductility in an Al …

The e-beam irradiation effect is investigated on mechanically alloyed Y 2 O 3-Al6061
composites with different reinforcement ratios (0.25, 2, 6% wt.). Uniform dispersion of …

Ion accelerators have been used by material scientists for decades to investigate radiation
damage formation in nuclear materials and thus to emulate neutron-induced changes. The …

During operation in material testing reactors (MTR), the AA-6061-T6 alloy used for core
components is covered by aluminium hydroxide. In this work we investigate the effects of …

Due to its low neutron cross-section and high irradiation swelling resistance, 5052 aluminum
alloy is extensively utilized in the core structure and irradiation shielding of research nuclear …

Samples of aluminum alloy 6061 produced via ultrasonic additive manufacturing (UAM)
were irradiated in the High Flux Isotope Reactor (HFIR) up to 17.3 dpa at~ 70° C while in …

The effect of Mg and Si contents on the microstructures and mechanical properties of
AA6014 alloys in T4P and T6P temper was investigated. Three-dimensional atom probe …

In nuclear research reactors, aluminium alloys are corroded and an aluminium hydroxide
film covers their surface. Defects created by neutron irradiation can have a detrimental effect …