IEEE 352 1987
$83.96
IEEE Guide for General Principles of Reliability Analysis of Nuclear Power Generating Station Safety Systems
Published By | Publication Date | Number of Pages |
IEEE | 1987 | 118 |
New IEEE Standard – Active. The basic principles that are needed to conduct a reliability analysis of safety systems are provided for designers and operators of nuclear power plant safety systems and the concerned regulatory groups. By applying the principles given, systems may be analyzed, results may be compared with reliability objectives, and the basis for decisions may be suitably documented. The quantitative principles are applicable to the analysis of the effects of component failures on safety system reliability. Although they have their greatest value during the design phase, the principles are applicable during any phase of the systems lifetime. They may also be applied during the preoperational phase or at any time during the normal lifetime of a system. You will receive an email from Customer Service with the URL needed to access this publication online.
PDF Catalog
PDF Pages | PDF Title |
---|---|
1 | Title Page |
3 | Introduction Participants |
6 | CONTENTS |
7 | 1. Introduction and References 1.1 Introduction 1.2 References |
10 | 2. Definitions |
11 | 3. Objectives and Methods 3.1 Consideration of the Human Factor |
12 | 3.2 Qualitative Analysis 3.3 Quantitative Analysis |
13 | 3.4 Applications of Reliability Methodology |
15 | 4. Qualitative Analysis Principles 4.1 Failure Mode and Effects Analysis (FMEA) |
20 | 4.2 Fault Tree Analysis |
25 | 4.3 Reliability Block Diagram |
27 | 4.4 Example |
28 | 4.5 Extended Qualitative Analysis for Common-Cause Failures |
34 | 5. Quantitative Analysis Principles 5.1 Mission Definition |
37 | 5.2 Mathematical Modeling |
51 | 5.3 Tabular Reference to Popular Logic Configurations |
52 | 5.4 Trial Calculations 5.5 Credibility Check of Results |
54 | 6. Guides for Data Acquisition and Use 6.1 Input Parameters |
56 | 6.2 Probability Distributions, Parameters, and Estimation |
62 | 6.3 Established Data Programs |
66 | 6.4 Developing Field Data Programs |
71 | 7. Application of Reliability Methods 7.1 Introduction |
72 | 7.2 Numerical Goals |
73 | 7.3 Selection of the Modeling Technique |
74 | 7.4 Fault Tree Techniques |
75 | 7.5 The Markov Process as a Reliability Model |
78 | 7.6 Equipment and System Testing |
83 | 8. Annex A |