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Rajiv Nandan Rai - Repairable Systems Reliability Analysis

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Название:
Repairable Systems Reliability Analysis
Автор:
Rajiv Nandan Rai
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unrecognised / на английском языке
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Repairable Systems Reliability Analysis: краткое содержание, описание и аннотация

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Most of the reliability literature is directed towards non repairable systems, that is, systems that fail are discarded. This book is mainly dedicated towards providing coverage to the reliability modeling and analysis of repairable systems that are repaired and not replaced when they fail. Most of the equipment – mechanical or otherwise -are repairable and are subjected to maintenance actions- reactive or proactive- at various levels. Maintenance actions are carried out either to preserve a system or to renovate it to a specified functionable state. Maintenance actions are also characterized by the degree (perfect or imperfect) to which a system can be restored, i.e., to an ‘as good as new condition’ (AGAN), or ‘as bad as old condition’ (ABAO). Mathematically perfect repair is modeled using a renewal process (RP). Since it represents much idealized situation, this model has restricted applications in the analysis of repairable systems. At the other extreme, the ABAO repair is mathematically modelled using a Non-Homogenous Poisson Process (NHPP). These assumptions are very unrealistic for probabilistic modeling and leads to major distortions in statistical analysis.
This unique book provides a comprehensive framework for the modeling and analysis of repairable systems considering both the non- parametric and parametric approaches to deal with the failure data. The book presents MCF based non-parametric approach with several illustrative examples and the generalized renewal process (GRP) based arithmetic reduction of age (ARA) models along with its applications to the systems failure data from aviation industry. The book also covers various multi-criteria decision-making (MCDM), integrated with repairable systems reliability analysis models to provide a much better insight into imperfect repair and maintenance data analysis. A complete chapter on an integrated framework for procurement process is added which will of a great assistance to the readers in enhancing the potential of their respective organization. This book also presents FMEA methods tailored for GRP based repairs.
This text has primarily emerged from the industrial experience and research work of the authors. A number of illustrations have been included to make the subject lucid and vivid even to the readers who are relatively new to this area. Besides, various examples have been provided to display the applicability of presented models and methodologies to assist the readers in applying the concepts presented in this book.

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Table A5 Pairwise comparison in cluster APWPC WRT MF.Table A6 Pairwise comparison in cluster APWPC WRT FI.Table A7 Pairwise comparison in cluster APWPC WRT AH.Table A8 Pairwise comparison in cluster APWPC WRT RK.Table A9 Pairwise comparison in cluster APWPC WRT AAM.Table A10 Pairwise comparison in cluster APWPC WRT SAM.Table A11 Pairwise comparison in cluster APWPC WRT FB.Table A12 Pairwise comparison in cluster APWPC WRT RPV.Table A13 Pairwise comparison in cluster APWPC WRT AB.Table A14 Pairwise comparison in cluster APWPCH WRT MF.Table A15 Pairwise comparison in cluster APWPCH WRT FI.Table A16 Pairwise comparison in cluster APWPCH WRT RK.Table A17 Pairwise comparison in cluster APWPCH WRT SAM.Table A18 Pairwise comparison in cluster APWPCH WRT GN.Table A19 Pairwise comparison in cluster APWPCH WRT FB.Table A20 Pairwise comparison in cluster APWPCH WRT RPV.Table A21 Pairwise comparison in cluster APWPCH WRT AB.Table A22 Pairwise comparison in cluster ALT WRT MF.Table A23 Pairwise comparison in cluster ALT WRT FI.Table A24 Pairwise comparison in cluster ALT WRT AH.Table A25 Pairwise comparison in cluster ALT WRT FB.Table A26 Pairwise comparison in cluster APWC WRT FL.Table A27 Pairwise comparison in cluster APWC WRT SA.Table A28 Pairwise comparison in cluster APWC WRT UB.Table A29 Pairwise comparison in cluster APWC WRT RN.Table A30 Pairwise comparison in cluster APWC WRT SH.Table A31 Pairwise comparison in cluster APWC WRT MOB.Table A32 Pairwise comparison in cluster APWC WRT DIS.Table A33 Pairwise comparison in cluster APWC WRT FPD.Table A34 Pairwise comparison in cluster APWC WRT MR.Table A35 Pairwise comparison in cluster APWC WRT W3.Table A36 Pairwise comparison in cluster APWC WRT W1.Table A37 Pairwise comparison in cluster APWC WRT W2.Table A38 Pairwise comparison in cluster APWC WRT VER.Table A39 Pairwise comparison in cluster APWC WRT SPD.Table A40 Pairwise comparison in cluster APWC WRT RAP.Table A41 Pairwise comparison in cluster APWC WRT RES.Table A42 Pairwise comparison in cluster APWC WRT RTR.Table A43 Pairwise comparison in cluster APWC WRT ROA.Table A44 Pairwise comparison in cluster ALT WRT FL.Table A45 Pairwise comparison in cluster ALT WRT SA.Table A46 Pairwise comparison in cluster ALT WRT UB.Table A47 Pairwise comparison in cluster ALT WRT SH.Table A48 Pairwise comparison in cluster ALT WRT CS.Table A49 Pairwise comparison in cluster ALT WRT REL.Table A50 Pairwise comparison in cluster ALT WRT SPD.Table A51 Pairwise comparison in cluster ALT WRT FL.Table A52 Pairwise comparison in cluster ALT WRT FL.Table A53 Pairwise comparison in cluster ALT WRT FL.Table A54 Pairwise comparison in cluster ALT WRT FL.Table A55 Pairwise comparison in cluster ALT WRT FL.Table A56 Pairwise comparison in cluster ALT WRT FL.Table A57 Pairwise comparison in cluster ALT WRT FL.Table A58 Pairwise comparison in cluster ALT WRT FL.Table A59 Pairwise comparison in cluster ALT WRT FL.Table A60 Pairwise comparison in cluster ALT WRT FL.Table A61 Pairwise comparison in cluster ALT WRT FL.Table A62 Pairwise comparison in cluster ALT WRT FL.Table A63 Pairwise comparison in cluster ALT WRT FL.Table A64 Pairwise comparison in the cluster MATRIX WRTAPWC.Table A65 Pairwise comparison in the cluster MATRIX WRTAPWPC.

9 Appendix CTable C1 Comparison of APWC WRT DEFENCE.Table C2 Comparison of APWC WRT ATTACK.Table C3 Composite impact of AP operations on APWC.Table C4 Comparison of APWPC WRT MF.Table C5 Comparison of APWPC WRT FI.Table C6 Comparison of APWPC WRT AH.Table C7 Comparison of APWPC WRT RK.Table C8 Comparison of APWPC WRT AAM.Table C9 Comparison of APWPC WRT SAM.Table C10 Comparison of APWPC WRT GN.Table C11 Comparison of APWPC WRT FB.Table C12 Comparison of APWPC WRT ASM.Table C13 Comparison of APWPC WRT SSM.Table C14 Comparison of APWPC WRT RPV.Table C15 Comparison of APWPC WRT AB.Table C16 Composite impact of APWPC on APWC.Table C17 Comparison of APWPCH WRT FL.Table C18 Comparison of APWPCH WRT SA.Table C19 Comparison of APWPCH WRT UB.Table C20 Comparison of APWPCH WRT RN.Table C21 Comparison of APWPCH WRT SH.Table C22 Comparison of APWPCH WRT CS.Table C23 Comparison of APWPCH WRT REL.

List of Illustrations

1 Chapter 1Figure 1.1 Types of repair.Figure 1.2 Various techniques for reliability analysis.

2 Chapter 2Figure 2.1 A MCF example.Figure 2.2 An improving system.Figure 2.3 A stable system.Figure 2.4 A deteriorating system.Figure 2.5 History and distribution of failures observed at age t.Figure 2.6 MCF plot of Example 2.2.Figure 2.7 Graphical plots of Example 2.3.Figure 2.8 MCF with confidence bounds of Example 2.2 data.Figure 2.9 MCF plot of Example 2.4.Figure 2.10 A ROV. (Image taken from: https://www.pinterest.com/pin/55267618...Figure 2.11 MCF by combining all failure modes.Figure 2.12 Event plot for each system.Figure 2.13 MCF plot of each system.Figure 2.14 Grouping of systems based on performance behavior.Figure 2.15 Event plot of all three groups.Figure 2.16 MCF plot of all three groups.

3 Chapter 3Figure 3.1 Bathtub-shaped intensity function.Figure 3.2 Conditional probability of occurrence of failures.Figure 3.3 Photograph of an aero engine.Figure 3.4 Intensity function plot for Example 3.1.Figure 3.5 Intensity function plot for Example 3.2.Figure 3.6 Intensity function plot for Example 3.3.Figure 3.7 Availability plot for Example 3.3.

4 Chapter 5Figure 5.1 Reliability-based HFRC threshold.Figure 5.2 Availability-based threshold for HFRC.Figure 5.3 Flying task vs. availability.

5 Chapter 6Figure 6.1 q vs. F(v i| v i–1) for FM1.Figure 6.2 q vs. F(v i| v i–1) for FM2.Figure 6.3 q vs. F(v i| v i–1) for FM3.

6 Chapter 7Figure 7.1 Overview of the approach.Figure 7.2 Evaluation of alternatives through ANP.Figure 7.3 Evaluation of APE through AHP.

7 Chapter 8Figure 8.1 Overview of Chapter 8.Figure 8.2 Propagation of variability between workstations in series.Figure 8.3 Work flow/work stations for engine overhaul line.Figure 8.4 Work flow/work stations for LPCR blades.Figure 8.5 Work flow/work stations for CCOC.Figure 8.6 Work flow/work stations for LPTR blades repair.

Guide

1 Cover

2 Table of Contents

3 Begin Reading

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