Investigations on the high temperature properties of a superalloy after microstructure engineering.

Authors :: Yeh, A.C.
Huang, Y.H.
Tsao, T.K.
Chang, S.C.
Li, M.Y.
Kuo, S.M.
Kuo, C.M.
Source :: Journal of Alloys & Compounds. Aug2014, Vol. 605, p142-148. 7p.
Publication Year :: 2014
Abstract: Highlights: [•] Fractions of Ti(C, N) precipitates were increased during GBE process. [•] Fraction of twins appeared to affect the formation of non-twin type Σ3. [•] The internal oxidation was interrupted by special boundaries. [•] A model has been developed to relate creep behaviour to special boundary. [ABSTRACT FROM AUTHOR]

Subjects :: *HIGH temperatures
*HEAT resistant alloys
*MICROSTRUCTURE
*PRECIPITATION (Chemistry)
*TITANIUM
*OXIDATION
*CREEP (Materials)

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