List of Figures
Figure 1.1 | Conceptualized aging rates for physics-of-failure mechanisms |
Figure 1.2 | First law energy flow to system: (a) heat-in, work-out; and (b) heat-in and work-in |
Figure 1.3 | Fatigue S–N curve of cycles to failure versus stress, illustrating a fatigue limit in steel and no apparent limit in aluminum |
Figure 1.4 | Elastic stress limit and yielding point 1 |
Figure 2.1 | The entropy change of an isolated system is the sum of the entropy changes of its components, and is never less than zero |
Figure 2.2 | Cell fatigue dislocations and cumulating entropy |
Figure 2.3 | Gaussian white noise |
Figure 2.4 | Noise limit heart rate variability measurements of young, elderly, and CHF patients [10] |
Figure 2.5 | Noise limit heart rate variability chaos measurements of young and CHF patients [10] |
Figure 2.6 | Graphical representation of the autocorrelation function |
Figure 2.7 | (a) Sine waves at 10 and 15 Hz with some randomness in frequency; and (b) Fourier transform spectrum. In (b) we cannot transform back without knowledge of which sine tone occurred first |
Figure 2.8 | (a) White noise time series; (b) normalized autocorrelation function of white noise; and (c) PSD spectrum of white noise |
Figure 2.9 | (a) Flicker (pink) 1/f noise; (b) normalized autocorrelation function of 1/f noise; and (c) PSD spectrum of 1/f noise |
Figure 2.10 | (a) Brown 1/f 2 noise; (b) normalized autocorrelation function of 1/f 2 noise; and (c) PSD spectrum of 1/f 2 noise |
Figure 2.11 | Some key types of white, pink, and brown noise that ... |
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