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Corrosion engineering
The process of applying engineering science in the design and manufacturing of materials, structures and devices to manage and control corrosion.
Industry: Materials science
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Corrosion engineering
Ductile fracture
Materials science; Corrosion engineering
Fracture characterised by tearing of metal accompanied by appreciable gross plastic deformation and expenditure of considerable energy. Contrast with brittle fracture.
Phosphating
Materials science; Corrosion engineering
Forming an adherent phosphate coating on a metal by immersion in a suitable aqueous phosphate solution. Also called phosphatizing. See also conversion coating.
Aluminizing
Materials science; Corrosion engineering
Forming of an aluminium or aluminium alloy coating on a metal by hot dipping, hot spraying, or diffusion.
Austenitizing
Materials science; Corrosion engineering
Forming austenite by heating a ferrous alloy into the transformation range (partial austenitizing) or above the transformation range (complete austenitizing). When used without qualification, the ...
Precipitation hardening
Materials science; Corrosion engineering
Hardening caused by the precipitation of a constituent from a supersaturated solid solution. See also age hardening and aging.
Calorizing
Materials science; Corrosion engineering
Imparting resistance to oxidation to an iron or steel surface by heating in aluminium powder at 800 to 1000C (1470 to 1830F).
Age hardening
Materials science; Corrosion engineering
Hardening by aging, usually after rapid cooling or cold working.
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