Random Vibration
Contents
10.1 Stationarity, ergodicity, expected and average values
10.2 Amplitude probability distribution and density functions
10.4 Response of a system to a single random input
10.5 Correlation functions and cross-power spectral density functions
10.6 The Response of structures to random inputs
10.7 Computing power spectra and correlation functions using the discrete Fourier transform
Random vibration may be caused by the turbulent flow of gases or liquids, the passage of vehicles over rough surfaces, rough seas acting on ships and marine structures, and earthquakes. The aerospace field also provides many examples of random vibration, and these ...
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