Reliability and Uncertainty Analyses in Hydraulic Design available in Paperback
- Pub. Date:
- American Society of Civil Engineers
Prepared by the Subcommittee on Uncertainty and Reliability Analyses in Design of Hydraulic Structures of the Technical Committee on Probabilistic Approaches to Hydraulics of ASCE.
This report contains 13 papers presenting the application of reliability analysis to the design and safety of hydraulic structures. Several recent major failures of engineering systems have raised public concern on the safety and reliability of engineering struct.ures. Decades ago, a quantitative evaluation of the reliability of structures was not possible and engineers used safety factors that were determined mainly through experience and judgement. Recent advances in probability methods and computers make it feasible to evaluate the contributions of various technologic and natural factors to the safety and reliability of structures. The first four papers in this report discuss techniques pertinent to reliability and uncertainty analyses. The next nine papers explore how these techniques can be applied to dam safety, coastal floods, and hydraulic structures. The report concludes with a reprint of an article by Vrijling on the Eastern Scheldt Storm Surge Barrier of the Delta Project in the Netherlands and the use of reliability analysis for sewer design.
|Publisher:||American Society of Civil Engineers|
|Product dimensions:||5.91(w) x 8.66(h) x (d)|
Table of Contents
Some Remarks on the Use of Reliability Analysis in Hydraulic Engineering Applications; Some Recent Progress in Uncertainty Analysis for Hydraulic Design; Some Recent Progress in Reliability Analysis for Hydraulic Design; Confidence Intervals of Optimal Risk-Based Hydraulic Design Parameters; Statistics of Dam Failures; Probabilistic Inspection Scheduling for Dams; Stochastic Risk Modeling of Dam Overtopping; Development in Probabilistic Design of Flood Defenses in the Netherlands; Estimation of Uncertainties for Design Extreme Values of Waves and Sea Level; Probabilistic Methods for Maintenance of Hydraulic Structures; Risk Analysis for the Selection of Low Water Crossing Structures; On the Estimation of Reliability of Hydraulic Structures; Methodologies for Reliability Analysis of Water Distribution Systems