Titlebook: Numerical Methods for Reliability and Safety Assessment; Multiscale and Multi Seifedine Kadry,Abdelkhalak El Hami Book 2015 Springer Intern

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Mechanical System Lifetimehe analysis methods. Second part considers modeling of random loadings. A loading, or the combination of several loadings, is known as the leading cause of the dwindling of the mechanical component strength. Third part will deal with the methods taking into account the consequences of a random loadi

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Likelihood-Based Approach for Uncertainty Quantification in Multi-Physics Systemsls corresponding to each discipline of physics. This methodology is based on computing the probability of satisfying the inter-disciplinary compatibility equations, conditioned on specific values of the coupling (or feedback) variables, and this information is used to estimate the probability distri

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Bayesian Methodology for Uncertainty Quantification in Complex Engineering SystemsThe various component, subsystem, and system-level models, the corresponding parameters, and the model errors are connected efficiently using a Bayesian network. This provides a unified framework for uncertainty analysis where test data can be integrated along with computational models across the en

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Probabilistic Considerations in the Damage Analysis of Ship Collisionso parameters, which are used in the calculation of external dynamics, are usually quantified during ship collision analysis. However, uncertainties in the material and geometric properties are often overlooked during the analysis of internal mechanics. Consequently, it may lead to overestimation or

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An Advanced Point Estimate Method for Uncertainty and Sensitivity Analysis Using Nataf Transformatioivities of inputs variables. The APEM consists of four ingredients, i.e. (1) Nataf transformation, (2) a generalized dimension-reduction method, (3) the Gauss–Hermite integration (GHI), and (4) a global sensitivity index. Nataf transformation enables the APEM to deal with the practical engineering p

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Risk Assessment of Slope Instability Related Geohazardsy processes are now fairly well understood but there remains the problem of establishing the risks to lives and property. This is being tackled by relating the local ground conditions to the regional geological surveys and integrating this with site-specific information to produce a hazard potential

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