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Handbook of Reliability, Availability, Maintainability and Safety in Engineering Design - Part 3

Handbook of Reliability, Availability, Maintainability and Safety in Engineering Design - Part 3 studies the combination of various methods of designing for reliability, availability, maintainability and safety, as well as the latest techniques in probability and possibility modelling, mathematical algorithmic modelling, evolutionary algorithmic modelling, symbolic logic modelling, artificial intelligence modelling, and object-oriented computer modelling, in a logically structured approach to determining the integrity of engineering design. . | xxii List of Tables 3.26 Acid plant failure data repair time RT and time before failure TBF . 284 3.27 Total downtime of the environmental plant critical systems.286 3.28 Values of distribution models for time between failure.286 3.29 Values of distribution models for repair time .287 4.1 Double turbine boiler generating plant state matrix.412 4.2 Double turbine boiler generating plant partial state matrix.413 4.3 Distribution of the tokens in the reachable markings.447 4.4 Power plant partitioning into sub-system grouping .471 4.5 Process capacities per subgroup.473 4.6 Remaining capacity versus unavailable subgroups.474 4.7 Flow capacities and state definitions of unavailable subgroups .474 4.8 Flow capacities of unavailable sub-systems per sub-system group . 475 4.9 Unavailable sub-systems and flow capacities per sub-system group . 475 4.10 Unavailable sub-systems and flow capacities per sub-system group final summary .475 4.11 Unavailable subgroups and flow capacities incidence matrix.477 4.12 Probability of incidence of unavailable systems and flow capacities . 477 4.13 Sub-system assembly integrity values of a turbine generator system . 480 4.14 Preliminary design data for simulation model sector 1.503 4.15 Comparative analysis of preliminary design data and simulation output data for simulation model sector 1.507 4.16 Acceptance criteria of simulation output data with preliminary design data for simulation model sector 1.508 4.17 Preliminary design data for simulation model sector 2 .509 4.18 Comparative analysis of preliminary design data and simulation output data for simulation model sector 2.513 4.19 Acceptance criteria of simulation output data with preliminary design data for simulation model sector 2.515 4.20 Preliminary design data for simulation model sector 3 .516 4.21 Comparative analysis of preliminary design data and simulation output data for simulation model sector 3.516 4.22 Acceptance criteria of simulation output data with preliminary .