UDEMY The Math of Random Signals Fatigue Damage Vibration Tests BOOKWARE-iLEARN

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130M	1. Introduction to the course.mp4
102M	10. Practical use of the theory of Fatigue Damage.mp4
107M	11. Algorithms for the Calculation of the Power Spectral Density.mp4
123M	12. How to Create Non-Gaussian Signals with a Prescribed Fatigue Damage Spectrum.mp4
51M	13. Application Synthesis of Non-Gaussian Signals with a Prescribed Fatigue Damage.mp4
67M	14. Application of the Maximum Response Spectrum.mp4
128M	15. How the Central Limit Theorem Arises from Stochastic Processes.mp4
266M	16. Integral of Even Powers of Sinusoids.mp4
111M	17. Some Representations of the Bessel function of Order Zero.mp4
194M	18. Probability Density of a Sinusoid.mp4
98M	19. Distribution of a Sinusoid Derived Intuitively.mp4
391M	2. Joint Gaussian Distribution.mp4
275M	20. Why a Random Signal with Uniformly Distributed Phases is Gaussian.mp4
257M	21. Probability Density of the Envelope of Gaussian Noise + a Deterministic Sinusoid.mp4
163M	22. Calculating the Damage caused by Sine on Random Signals.mp4
34M	23. Introduction to Stochastic Processes.mp4
103M	24. Derivation of the Properties of a Linear System.mp4
47M	25. Properties of the Fourier Transform of a Real Time Signal.mp4
105M	26. Fourier Series Representation of the Output of a Linear System.mp4
62M	27. Another Useful Representation of the Fourier Series.mp4
72M	28. Recalling the Relationship Between the Fourier Series and the Fourier Transform.mp4
607M	29. Solution to 2nd order ODE (ordinary differential equations).mp4
274M	3. Probability Distribution of the Envelope of a Gaussian Signal (Rayleigh distrib).mp4
167M	30. Sterling's Formula.mp4
340M	31. How the Binomial Distribution Converges to the Gaussian One.mp4
246M	4. Mathematical Definition of Fatigue damage.mp4
304M	5. Formula for the Expected number of Positive Peaks.mp4
310M	6. Power Spectral Density, Standard Deviation of a Random Process & its Derivatives.mp4
414M	7. Relating the Fatigue Damage Spectrum to the Power Spectral Density.mp4
143M	8. Practical Explanation on How to Calculate the Fatigue Damage Spectrum.mp4
114M	9. Maximum Response Spectrum.mp4
5.7G	total