Modules / Lectures
Module NameDownloadDescriptionDownload Size
Introduction to Probability and random variablesLecture1Lecture Notes247 kb
Introduction to Probability and random variablesLecture2Lecture Notes408 kb
Introduction to Probability and random variablesLecture3Lecture Notes506 kb
Introduction to Probability and random variablesLecture4Lecture Notes908 kb
Introduction to Probability and random variablesLecture5Lecture Notes365 kb
Introduction to random processesLecture6Lecture Notes646 kb
Introduction to random processesLecture7Lecture Notes397 kb
Introduction to random processesLecture8Lecture Notes384 kb
Introduction to random processesLecture9Lecture Notes303 kb
Random vibrations of sdof systemsLecture10Lecture Notes436 kb
Random vibrations of sdof systemsLecture11Lecture Notes354 kb
Random vibrations of sdof systemsLecture12Lecture Notes846 kb
Random vibrations of mdof systemsLecture13Lecture Notes2227 kb
Random vibrations of mdof systemsLecture14Lecture Notes445 kb
Random vibrations of mdof systemsLecture15Lecture Notes627 kb
Random vibrations of mdof systemsLecture16Lecture Notes488 kb
Failure of randomly vibrating systemsLecture17Lecture Notes870 kb
Failure of randomly vibrating systemsLecture18Lecture Notes426 kb
Failure of randomly vibrating systemsLecture19Lecture Notes307 kb
Failure of randomly vibrating systemsLecture20Lecture Notes299 kb
Markov vector approachLecture21Lecture Notes215 kb
Markov vector approachLecture22Lecture Notes287 kb
Markov vector approachLecture23Lecture Notes657 kb
Markov vector approachLecture24Lecture Notes267 kb
Markov vector approachLecture25Lecture Notes317 kb
Monte Carlo simulation approachLecture26Lecture Notes299 kb
Monte Carlo simulation approachLecture27Lecture Notes757 kb
Monte Carlo simulation approachLecture28Lecture Notes454 kb
Monte Carlo simulation approachLecture29Lecture Notes2947 kb
Monte Carlo simulation approachLecture30Lecture Notes1895 kb
Monte Carlo simulation approachLecture31Lecture Notes197 kb
Probabilistic methods in earthquake engineeringLecture32Lecture Notes436 kb
Probabilistic methods in earthquake engineeringLecture33Lecture Notes374 kb
Probabilistic methods in earthquake engineeringLecture34Lecture Notes301 kb
Probabilistic methods in earthquake engineeringLecture35Lecture Notes418 kb
Fatigue failure & Vibration energy flow modelsLecture36Lecture Notes511 kb
Problem solving sessionsLecture37Lecture Notes357 kb
Problem solving sessionsLecture38Lecture Notes272 kb
Problem solving sessionsLecture39Lecture Notes567 kb
Problem solving sessionsLecture40Lecture Notes1024 kb

Sl.No Chapter Name English
1Definition of probability measure and conditional probabilityDownload
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2Scalar random variables-1Download
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3Scalar random variables-2Download
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4Multi-dimensional random variables-1Download
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5Multi-dimensional random variables-2Download
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6Random processes-1Download
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7Random processes-2Download
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8Random processes-3Download
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9Random processes-4, Random vibrations of sdof systems-1Download
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10Random processes-4 Random vibrations of sdof systems-1Download
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11Random vibrations of sdof systems -2Download
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12Random vibrations of sdof systems-3Download
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13Random vibrations of sdof systems-4Download
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14Random vibrations of mdof systems-1Download
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15Random vibrations of mdof systems-2Download
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16Random vibrations of mdof systems-3Download
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17Random vibrations of mdof systems-4Download
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18Failure of randomly vibrating systems-1Download
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19Failure of randomly vibrating systems-2Download
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20Failure of randomly vibrating systems-3Download
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21Failure of randomly vibrating systems-4Download
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22Markov vector approach-1Download
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23Markov vector approach-2Download
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24Markov vector approach-3Download
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25Markov vector approach-4Download
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26Markov vector approach-5, Monte Carlo simulation approach-1Download
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27Markov vector approach-5 & Monte Carlo simulation approach-1Download
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28Monte Carlo simulation approach-2Download
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29Monte Carlo simulation approach-3Download
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30Monte Carlo simulation approach-4Download
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31Monte Carlo simulation approach-5Download
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32Monte Carlo simulation approach-6Download
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33Monte Carlo simulation approach-7Download
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34Probabilistic methods in earthquake engineering-1Download
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35Probabilistic methods in earthquake engineering-2Download
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36Probabilistic methods in earthquake engineering-3Download
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37Probabilistic methods in earthquake engineering-4Download
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38Fatigue failure & Vibration energy flow modelsDownload
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39Problem solving session-1Download
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40Problem solving session-2Download
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41Problem solving session-3PDF unavailable
42Problem solving session-4PDF unavailable


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