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Reliability engineering

Reliability engineering is a sub-discipline of systems engineering that emphasizes the ability of equipment to function without failure. Reliability is defined as the probability that a product, system, or service will perform its intended function adequately for a specified period of time; or will operate in a defined environment without failure.…

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Overview

History

Reliability and availability program plan

Reliability requirements

Reliability culture / human errors / human factors

Reliability prediction and improvement

Reliability modeling

Reliability testing

Software reliability

Structural reliability

Comparison to safety engineering

Reliability versus quality (Six Sigma)

Reliability operational assessment

Reliability organizations

Education

US standards, specifications, and handbooks

French standards

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Map overview Semantic statistics

Reliability engineering

Nodes178
Edges177
Triples336
Avg. degree1.99
Density0.011236
Components1

How this topic connects Entity context

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Reliability engineering

Top relations

related to Further reading · 150
Reliability engineering → Accelerated Life Models, Accelerated Testing, Addison-Wesley Professional Publishing, Aeronautics, AIAA, Air Force, Alan, American Institute, An Introduction, Ann Marie, Apollo Root Cause Analysis, Apollonian Publications, Applications, Applied Reliability, Astronautics, AuthorHouse, Barlow, Benjamin, Blanchard, Boca Raton
related to history · 23
Reliability engineering → Advisory Group, AGREE, ASME, Before World War II, Bell Labs, Cumulative Damage, Defense, Dr, Electronic Equipment, Fatigue, In, In World War II, Miner, Reliability, Reliability Society, Samuel Taylor Coleridge, Shewhart, The, The IEEE, This
related to Reliability requirements · 16
Reliability engineering → Also, CAD, Clear, Compare, For, In, Mean Time Between Failure, MTBF, Notice, One, Quantitative, Reliability, Reliability Requirements Engineering, Setting, The, This
related to The importance of language · 16
Reliability engineering → Correct, English, FMEA, For, In, Jack Ring, MTBF, Reliability, Ring, Simplified Technical English, Systems, The, These, This, To, Understanding
related to Education · 15
Reliability engineering → American Society, ASQ, ASQ-RD, IEEE Reliability Society, Many, Other, Quality, Quality Reliability Division, Reliability, Reliability Engineers, Several, Society, Some, SRE, There
related to Reliability operational assessment · 15
Reliability engineering → Any, Consumer, Data, For, FRACAS, Monitoring, Most, Once, Organizations, Since, Some, The, This, Web-based FRACAS, When
related to Software reliability · 13
Reliability engineering → Even, However, Instead, It, Most, Repairing, Restoring, Since, Software, System, There, Therefore, Traditionally
related to Reliability prediction and improvement · 11
Reliability engineering → Another, Barnard, Even, Following, Furthermore, In, MTBF, Numbers Game, Playing, Reliability, The
related to External links · 9
Reliability engineering → Alabama, Huntsville Archives, Media, Rankin Collection, Reliability, Special Collections NASA, The University, Wikimedia CommonsJohn, Wiktionary-logo-en-v2
related to Scope and techniques · 9
Reliability engineering → Chaos, Field, FRACAS, Human, Maintenance-induced, Predictive, Reliability, System, Technical

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Important terminology

reliability system failure engineering requirements systems design testing availability software failures test may analysis quality probability used time also product

Entity relationships Subject–Predicate–Object triples

SubjectPredicateObjectConfidenceSrc
Reliability engineeringis asub-discipline of systems engineering that emphasizes the ability of equipment to function without failure0.90text
Reliability engineeringis aspecialty part of systems engineering0.90text
micro-electromechanical systemsinstance ofNew technologies0.80text
improvements of designinstance ofand is therefore not completely quantifiable.The complexity of the technical systems0.80text
materialsinstance ofand is therefore not completely quantifiable.The complexity of the technical systems0.80text
planned inspectionsinstance ofand is therefore not completely quantifiable.The complexity of the technical systems0.80text
fool-proof designinstance ofand is therefore not completely quantifiable.The complexity of the technical systems0.80text
and backup redundancy decreases riskinstance ofand is therefore not completely quantifiable.The complexity of the technical systems0.80text
increases the costinstance ofand is therefore not completely quantifiable.The complexity of the technical systems0.80text
fatigue failuresinstance ofAn exception might be failures due to wear-out problems0.80text
creepinstance ofsoftware programs that can handle complex geometries and mechanisms0.80text
stress relaxationinstance ofsoftware programs that can handle complex geometries and mechanisms0.80text

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