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

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Files Included :

1 Introduction to the course.mp4 (129.13 MB)
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10 Practical use of the theory of Fatigue Damage.mp4 (101.29 MB)
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11 Algorithms for the Calculation of the Power Spectral Density.mp4 (106.91 MB)
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12 How to Create Non-Gaussian Signals with a Prescribed Fatigue Damage Spectrum.mp4 (122.15 MB)
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13 Application Synthesis of Non-Gaussian Signals with a Prescribed Fatigue Damage.mp4 (50.37 MB)
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14 Application of the Maximum Response Spectrum.mp4 (66.63 MB)
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15 How the Central Limit Theorem Arises from Stochastic Processes.mp4 (127.21 MB)
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16 Integral of Even Powers of Sinusoids.mp4 (265.56 MB)
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17 Some Representations of the Bessel function of Order Zero.mp4 (110.06 MB)
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18 Probability Density of a Sinusoid.mp4 (193.55 MB)
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19 Distribution of a Sinusoid Derived Intuitively.mp4 (97.82 MB)
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2 Joint Gaussian Distribution.mp4 (390.98 MB)
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20 Why a Random Signal with Uniformly Distributed Phases is Gaussian.mp4 (274.17 MB)
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21 Probability Density of the Envelope of Gaussian Noise + a Deterministic Sinusoid.mp4 (256.21 MB)
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22 Calculating the Damage caused by Sine on Random Signals.mp4 (162.31 MB)
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23 Introduction to Stochastic Processes.mp4 (33.85 MB)
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24 Derivation of the Properties of a Linear System.mp4 (102.34 MB)
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25 Properties of the Fourier Transform of a Real Time Signal.mp4 (46.12 MB)
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26 Fourier Series Representation of the Output of a Linear System.mp4 (104.1 MB)
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27 Another Useful Representation of the Fourier Series.mp4 (61.95 MB)
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28 Recalling the Relationship Between the Fourier Series and the Fourier Transform.mp4 (71.25 MB)
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29 Solution to 2nd order ODE (ordinary differential equations).mp4 (606.38 MB)
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3 Probability Distribution of the Envelope of a Gaussian Signal (Rayleigh distrib).mp4 (273.51 MB)
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30 Sterling's Formula.mp4 (166.63 MB)
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31 How the Binomial Distribution Converges to the Gaussian One.mp4 (339.05 MB)
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4 Mathematical Definition of Fatigue damage.mp4 (245.79 MB)
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5 Formula for the Expected number of Positive Peaks.mp4 (303.29 MB)
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6 Power Spectral Density, Standard Deviation of a Random Process & its Derivatives.mp4 (309.56 MB)
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7 Relating the Fatigue Damage Spectrum to the Power Spectral Density.mp4 (413.5 MB)
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8 Practical Explanation on How to Calculate the Fatigue Damage Spectrum.mp4 (142.3 MB)
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9 Maximum Response Spectrum.mp4 (113.91 MB)
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