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Mathematical Foundations of System Safety Engineering = A Road Map for the Future /

Record Type:	Language materials, printed : Monograph/item
Title/Author:	Mathematical Foundations of System Safety Engineering/ by Richard R. Zito.
Reminder of title:	A Road Map for the Future /
Author:	Zito, Richard R.
Description:	XVI, 347 p. 192 illus., 83 illus. in color.online resource. :
Contained By:	Springer Nature eBook
Subject:	Quality control. -
Online resource:	https://doi.org/10.1007/978-3-030-26241-9
ISBN:	9783030262419

Mathematical Foundations of System Safety Engineering = A Road Map for the Future /
Zito, Richard R.

Mathematical Foundations of System Safety EngineeringA Road Map for the Future /[electronic resource] :by Richard R. Zito. - 1st ed. 2020. - XVI, 347 p. 192 illus., 83 illus. in color.online resource.

Introduction -- Decomposition of the Failure Histogram -- Bounding the “Black Swan” Probability -- The Risk Surface -- The Bent Pin Problem-I: Computer Search Methods -- The Bent Pin Problem-II: Matrix Methods -- The Bent Pin Problem-III: Number Theory Methods -- The Bent Pin Problem-IV: Limit Methods -- The Bent Pin Problem-V: Experimental Methods -- “Sneak Circuits” and Related System Safety Electrical Problems-I: Matrix Methods -- “Sneak Circuits” and Related System Safety Electrical Problems-II: Computer Search -- Methods -- Predicting Software Performance -- Alternative Flowcharts for a Mathematical Analysis of Logic -- Fail-Safe Control Software -- Design Phase Elimination of Beryllium -- Accelerated Age Testing of Explosives and Propellants -- The Movement of Inorganic Cadmium Through the Environment -- Epilogue -- GLOSSARY -- APPENDIX A “Long Tailed” Distribution -- APPENDIX B -- APPENDIX C -- APPENDIX D -- APPENDIX E -- APPENDIX F -- APPENDIX G -- APPENDIX H -- INDEX.

This graduate-level textbook elucidates low-risk and fail-safe systems in mathematical detail. It addresses, in particular, problems where mission-critical performance is paramount, such as in aircraft, missiles, nuclear reactors and weapons, submarines, and many other types of systems where “failure” can result in overwhelming loss of life and property. The book is divided into four parts: Fundamentals, Electronics, Software, and Dangerous Goods. The first part on Fundamentals addresses general concepts of system safety engineering that are applicable to any type of system. The second part, Electronics, addresses the detection and correction of electronic hazards. In particular, the Bent Pin Problem, Sneak Circuit Problem, and related electrical problems are discussed with mathematical precision. The third part on Software addresses predicting software failure rates as well as detecting and correcting deep software logical flaws (called defects). The fourth part on Dangerous Goods presents solutions to three typical industrial chemical problems faced by the system safety engineer during the design, storage, and disposal phases of a dangerous goods’ life cycle. Explains systematic mathematical procedures for detecting and correcting latent system flaws; Positions system safety engineering (SSE) as an early design-phase function rather than an afterthought; Treats the SSE process as a science rather than an art; Reinforces concepts presented with end-of-chapter problems; Introduces a perspective of “certainty” to SSE.

ISBN: 9783030262419

Standard No.: 10.1007/978-3-030-26241-9doiSubjects--Topical Terms:

573723
Quality control.

LC Class. No.: TA169.7

Dewey Class. No.: 658.56

Mathematical Foundations of System Safety Engineering = A Road Map for the Future /
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505 0 $a Introduction -- Decomposition of the Failure Histogram -- Bounding the “Black Swan” Probability -- The Risk Surface -- The Bent Pin Problem-I: Computer Search Methods -- The Bent Pin Problem-II: Matrix Methods -- The Bent Pin Problem-III: Number Theory Methods -- The Bent Pin Problem-IV: Limit Methods -- The Bent Pin Problem-V: Experimental Methods -- “Sneak Circuits” and Related System Safety Electrical Problems-I: Matrix Methods -- “Sneak Circuits” and Related System Safety Electrical Problems-II: Computer Search -- Methods -- Predicting Software Performance -- Alternative Flowcharts for a Mathematical Analysis of Logic -- Fail-Safe Control Software -- Design Phase Elimination of Beryllium -- Accelerated Age Testing of Explosives and Propellants -- The Movement of Inorganic Cadmium Through the Environment -- Epilogue -- GLOSSARY -- APPENDIX A “Long Tailed” Distribution -- APPENDIX B -- APPENDIX C -- APPENDIX D -- APPENDIX E -- APPENDIX F -- APPENDIX G -- APPENDIX H -- INDEX.
520 $a This graduate-level textbook elucidates low-risk and fail-safe systems in mathematical detail. It addresses, in particular, problems where mission-critical performance is paramount, such as in aircraft, missiles, nuclear reactors and weapons, submarines, and many other types of systems where “failure” can result in overwhelming loss of life and property. The book is divided into four parts: Fundamentals, Electronics, Software, and Dangerous Goods. The first part on Fundamentals addresses general concepts of system safety engineering that are applicable to any type of system. The second part, Electronics, addresses the detection and correction of electronic hazards. In particular, the Bent Pin Problem, Sneak Circuit Problem, and related electrical problems are discussed with mathematical precision. The third part on Software addresses predicting software failure rates as well as detecting and correcting deep software logical flaws (called defects). The fourth part on Dangerous Goods presents solutions to three typical industrial chemical problems faced by the system safety engineer during the design, storage, and disposal phases of a dangerous goods’ life cycle. Explains systematic mathematical procedures for detecting and correcting latent system flaws; Positions system safety engineering (SSE) as an early design-phase function rather than an afterthought; Treats the SSE process as a science rather than an art; Reinforces concepts presented with end-of-chapter problems; Introduces a perspective of “certainty” to SSE.
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