Corrosion resistance of 2014 aluminium matrix composites reinforced with atomised Ni3Al

PB Da Silva-Maia, F Velasco, N Anton… - Advanced Performance …, 1999 - Springer
PB Da Silva-Maia, F Velasco, N Anton, CE Da Costa, WC Zapata
Advanced Performance Materials, 1999Springer
The corrosion resistance of 2014 aluminium matrix composites has been evaluated. The
base alloy was manufactured through mechanical alloying, and reinforced with Ni 3 Al
(manufactured through atomisation). Composite materials were manufactured according to
the following procedure: mixing, cold uniaxial compacting, and hot extrusion. All materials
were tested as extruded and heat treated (T6 condition). Corrosion tests were carried out
following ASTM standard methods G69 (measurement of corrosion potentials) and G110 …
Abstract
The corrosion resistance of 2014 aluminium matrix composites has been evaluated. The base alloy was manufactured through mechanical alloying, and reinforced with Ni3Al (manufactured through atomisation). Composite materials were manufactured according to the following procedure: mixing, cold uniaxial compacting, and hot extrusion. All materials were tested as extruded and heat treated (T6 condition). Corrosion tests were carried out following ASTM standard methods G69 (measurement of corrosion potentials) and G110 (evaluation of intergranular corrosion). The influence that the intermetallic and T6 heat treatment have on the corrosion resistance of 2014 aluminium alloy has been studied. Results show that atomised Ni3Al improves the intergranular corrosion resistance of base aluminium by a mechanism of cathodic protection. T6 heat treatment is also favourable.
Springer
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