Modules / Lectures

Sl.No Chapter Name English
1Lecture1 - IntroductionDownload
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2Lecture 2 - UncertaintiesDownload
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3Lecture 3 - Uncertainties IIDownload
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4Lecture 4 - Probability and PlausibilityDownload
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5Lecture 5 - Rules of ProbabilityDownload
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6Lecture 6 - Plausible Reasoning - IDownload
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7Lecture 7 - Plausible Reasoning - Quantitative rulesDownload
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8Lecture 8 - Quantitative RulesDownload
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9Lecture 9 - Probability DistributionDownload
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10Lecture 10 - Random VariablesDownload
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11Lecture 11 - Random Variables IIDownload
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12Lecture 12 - Sampling EstimatesDownload
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13Lecture 13 - Modelling of Environmental LoadsDownload
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14Lecture 14 - Exercises IDownload
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15Lecture 1 - IntroductionDownload
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16Lecture 2 - Components of Reliability analysisDownload
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17Lecture 3 - Levels of ReliabilityDownload
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18Lecture 4 - Error EstimationDownload
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19Lecture 5 - Reliability methods - IDownload
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20Lecture 6 - Reliability methods - IIDownload
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21Lecture 7 - Reliability methods - IIIDownload
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22Lecture 8 - Reliability methods - IVDownload
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23Lecture 9 - System Reliability - IDownload
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24Lecture 10 - System Reliability IIDownload
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25Lecture 11 - System Reliability - IIIDownload
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26Lecture 12 - Failure domainsDownload
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27Lecture 13- Failure domains IIDownload
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28Lecture 14 - Application Problem - IDownload
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29Lecture 15 - Application Problem - I continuedDownload
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30Lecture 16 - Application Problem IIDownload
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31Lecture 17 - Application Problem II continuedDownload
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32Lecture 18 - Application Problem II continuedDownload
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33Lecture 19 - Risk and ReliabilityDownload
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34Lecture 20 - Reliability analysis of structural systemsDownload
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35Lecture 21- Codes on structural reliabilityDownload
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36Lecture 22 - Variables in Reliability analysisDownload
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37Lecture 23 - Mechanical models in Reliability analysisDownload
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38Lecture 24 - Mechanical modes in Reliability analysis IIDownload
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39Lecture 25 - Stochastic Process IDownload
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40Lecture 26 - Stochastic Process IIDownload
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41Lecture 1 - Fatigue ReliabilityDownload
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42Lecture 2 - Design SN curveDownload
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43Lecture 3 - Simplified Fatigue AssessmentDownload
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44Lecture 4 - Short term fatigue damageDownload
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45Lecture 5 - Behaviour of tubular jointsDownload
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46Lecture 6 - Tubular Joints - Experimental studies on T-JointsDownload
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47Lecture 7 - Risk AssessmentDownload
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48Lecture 8 - Logical Risk analysisDownload
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49Lecture 9 - Risk analysis of Mechanical SystemsDownload
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50Lecture 10 - FMEA IIDownload
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51Lecture 11 - Design FMEA for Offshore TriceratopsDownload
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52Lecture 12 - Fault Tree AnalysisDownload
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53Lecture 13 - Event Tree AnalysisDownload
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54Lecture 14 - Consequence AnalysisDownload
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55Lecture 15 - Risk AcceptabilityDownload
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56Lecture 16 - Risk and Hazard assessmentDownload
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57Lecture 17 - Risk PictureDownload
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58Lecture 18 - Risk ManagementDownload
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59Live SessionPDF unavailable


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