What you’ll learn
- How to define Fatigue Damage mathematically
- How to find the probability density of the peaks of a random signal
- The importance of the Gaussian distribution and why it often appears when dealing with random signals
- How to find the joint probability density of two Gaussian variables
- What the Fatigue Damage Spectrum is, and why it is important for Fatigue tests
- How to synthesize signals with a prescribed Fatigue Damage Spectrum
How to Enroll The Math of Random Signals, Fatigue Damage, Vibration Tests course?
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