Titlebook: Structural Reliability Theory and Its Applications; Palle Thoft-Christensen,Michael J. Baker Textbook 1982 Springer-Verlag Berlin, Heidelb

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Applications to Fixed Offshore Structures,tion is with structures having large failure consequences or where the use gives immediate savings in construction costs. Other areas of application are in the assessment of existing structures and in research.

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The Treatment of Uncertainties in Structural Engineering,ions by the use of specified minimum material properties, specified load intensities and by prescribed procedures for computing stresses and deflections. This deterministic approach has almost certainly been reinforced by the very large extent to which structural engineering design is codified and t

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Fundamentals of Probability Theory,und knowledge of at least some part of probability theory. It is beyond the scope of this book to give a thorough presentation of probability theory on a rigorous axiomatic basis. What is needed to understand the following chapters is some knowledge of the fundamental assumptions of modern probabili

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Fundamentals of Structural Reliability Theory,industries, in spite of the fact that the underlying probabilistic nature of the problems are the same. A clear understanding of these differences is helpful and they will be discussed later. Both branches have developed from classical reliability theory - a subject which evolved as a result of the

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Level 2 Methods,oned. In this chapter, level 2 methods will be treated in a more detailed way and a number of simple applications will be shown. In chapter 6 further applications of level 2 methods with special emphasis on non-normally distributed basic variables and correlated basic variables are treated.