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Influence of applied stress on the γ′ directional coarsening in a single crystal superalloy
AbstractIt was found in a commercial single crystal superalloy CMSX-4 that preferential orientation of the γ′ rafting in dendrite core was not dependent on the sign of the applied stress σA, but on the sign of the sum of the applied stress σA and a critical equivalent stress σc. This critical equivalent stress σc caused by material inhomogeneity has been predicted previously; however it was first determined experimentally to be in the range 39.8–47.2MPa in the present study. Moreover, it qualitatively demonstrated that the critical equivalent stress σc played a significant role in the creep behavior of superalloys at high temperature and low stress.
Influence of applied stress on the γ′ directional coarsening in a single crystal superalloy
AbstractIt was found in a commercial single crystal superalloy CMSX-4 that preferential orientation of the γ′ rafting in dendrite core was not dependent on the sign of the applied stress σA, but on the sign of the sum of the applied stress σA and a critical equivalent stress σc. This critical equivalent stress σc caused by material inhomogeneity has been predicted previously; however it was first determined experimentally to be in the range 39.8–47.2MPa in the present study. Moreover, it qualitatively demonstrated that the critical equivalent stress σc played a significant role in the creep behavior of superalloys at high temperature and low stress.
Influence of applied stress on the γ′ directional coarsening in a single crystal superalloy
Cheng, K.Y. (author) / Jo, C.Y. (author) / Jin, T. (author) / Hu, Z.Q. (author)
2009-08-12
4 pages
Article (Journal)
Electronic Resource
English
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