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Fracture mode, grain boundary

The decrease of tensile strength and the increase of reduction in area with increasing test temperature can be related to changes in the fracture mode (Fig. 3.1-163), i. e., cleavage fracture, brittle grain boundary failure, and ductile transcrystalline failure [1.158]. [Pg.317]

Figure 3. Fracture mode of nickel as a function of sulfur at grain boundaries at three different... Figure 3. Fracture mode of nickel as a function of sulfur at grain boundaries at three different...
C and Be do not segregate at grain boundaries and do not change the fracture mode. Nevertheless, Be improves the ductility of NiAl slightly and the reasons for this behavior are unclear. [Pg.58]

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Fracture modes

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