Difference between revisions of "Failure mode and effects analysis"
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| − | [[Failure mode and effects analysis]] ([[FMEA]]) is a methodical approach to risk analysis that calculates the combined impact of the probability of a particular failure, the effects of that failure, and the probability that the failure can be detected and corrected, thereby establishing a priority ranking for designing in failure prevention countermeasures. | + | [[Failure mode and effects analysis]] (also known by its acronym, [[FMEA]]; frequently written as [[failure modes and effects analysis]] with ''modes'' in plural; hereinafter, ''FMEA'') is a methodical approach to risk analysis that calculates the combined impact of the probability of a particular failure, the effects of that failure, and the probability that the failure can be detected and corrected, thereby establishing a priority ranking for designing in failure prevention countermeasures. |
| − | == | + | ==Definitions== |
According to [[Juran's Quality Handbook by Defeo (7th edition)]], | According to [[Juran's Quality Handbook by Defeo (7th edition)]], | ||
:[[Failure mode and effects analysis]] ([[FMEA]]). A methodical approach to risk analysis that calculates the combined impact of the probability of a particular failure, the effects of that failure, and the probability that the failure can be detected and corrected, thereby establishing a priority ranking for designing in failure prevention countermeasures. | :[[Failure mode and effects analysis]] ([[FMEA]]). A methodical approach to risk analysis that calculates the combined impact of the probability of a particular failure, the effects of that failure, and the probability that the failure can be detected and corrected, thereby establishing a priority ranking for designing in failure prevention countermeasures. | ||
| + | According to [[Managing Quality by Foster (6th edition)]], | ||
| + | :'''[[Failure modes and effects analysis]]''' (FMEA). Method for systematically considering each component of a system by identifying, analyzing, and documenting the possible failure modes within a system and the effects of each failure on the system. | ||
| + | According to the [[Lean Manufacturing by Feld]], | ||
| + | :'''[[FMEA]]'''. A technique whereby risks in the process are analyzed for potential failure based on their effect and the required function of an item. | ||
| − | + | [[Category: Lean Thinking]][[Category: Quality Management]][[Category: Articles]] | |
| − | [[Category: Quality Management]][[Category: Articles]] | ||
Latest revision as of 22:22, 12 July 2020
Failure mode and effects analysis (also known by its acronym, FMEA; frequently written as failure modes and effects analysis with modes in plural; hereinafter, FMEA) is a methodical approach to risk analysis that calculates the combined impact of the probability of a particular failure, the effects of that failure, and the probability that the failure can be detected and corrected, thereby establishing a priority ranking for designing in failure prevention countermeasures.
Definitions
According to Juran's Quality Handbook by Defeo (7th edition),
- Failure mode and effects analysis (FMEA). A methodical approach to risk analysis that calculates the combined impact of the probability of a particular failure, the effects of that failure, and the probability that the failure can be detected and corrected, thereby establishing a priority ranking for designing in failure prevention countermeasures.
According to Managing Quality by Foster (6th edition),
- Failure modes and effects analysis (FMEA). Method for systematically considering each component of a system by identifying, analyzing, and documenting the possible failure modes within a system and the effects of each failure on the system.
According to the Lean Manufacturing by Feld,
- FMEA. A technique whereby risks in the process are analyzed for potential failure based on their effect and the required function of an item.
