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Fatigue strain ratio

Figure 10. Relationship of crack propagation resistance to strain rate and temperature. Thermally stabilized 2I/4 Cr-1 Mo in high-N Li. Stress intensity factor, K = 20.0 and fatigue load ratio, R — 0.0. ... Figure 10. Relationship of crack propagation resistance to strain rate and temperature. Thermally stabilized 2I/4 Cr-1 Mo in high-N Li. Stress intensity factor, K = 20.0 and fatigue load ratio, R — 0.0. ...
FIGURE 25.6 Examples of variable ampUtude fatigue crack growth test signals applied to pure shear specimens to investigate the effects of (a) load severity, (b) load sequence, (c) R-ratio, and (d) dwell periods on crack growth rates. A, B, and C denote peak strain levels. [Pg.681]

Mars, W.V. and Fatemi, A., A phenomenological model for the effect of R ratio on fatigue of strain crystallizing rubbers. Rubber Chem. Tech., 76, 1241, 2003. [Pg.683]

Figure 12.16 Evolution of stress versus time for different fatigue tests depending on the stress ratio RCT and the corresponding stress-strain cycles crm is the average stress. Figure 12.16 Evolution of stress versus time for different fatigue tests depending on the stress ratio RCT and the corresponding stress-strain cycles crm is the average stress.
Fig. 7.70 Venn diagram illustrating the interrelationship between stress corrosion, corrosion fatigue, and hydrogen embrittlement. R, stress ratio v, strain rate. Source Ref 110... Fig. 7.70 Venn diagram illustrating the interrelationship between stress corrosion, corrosion fatigue, and hydrogen embrittlement. R, stress ratio v, strain rate. Source Ref 110...
The fatigue behavior of the phenolic FRP-wood interface bond was investigated [7], using a TDCB specimen for constant strain energy release rate range AG. The load ratio effect... [Pg.375]

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See also in sourсe #XX -- [ Pg.336 , Pg.357 ]



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