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Design for Reliability (DFR) is a process in which a series of reliability engineering practices are utilized early in a product's design and integrated into the entire product development cycle. It is widely understood that the cost of addressing reliability issues increases significantly as a product progresses through the development cycle (e.g., it is much more expensive to provide support for an unreliable product than it is to improve a product's design). Thus, the effective use of DFR can minimize the costs and maximize the benefits of producing a reliable product.
Design for Reliability (DFR) is a process in which a series of reliability engineering practices are utilized early in a product's design and integrated into the entire product development cycle. It is widely understood that the cost of addressing reliability issues increases significantly as a product progresses through the development cycle (e.g., it is much more expensive to provide support for an unreliable product than it is to improve a product's design). Thus, the effective use of DFR can minimize the costs and maximize the benefits of producing a reliable product. You can use the DFR Planner to plan and manage the activities involved in a DFR process.
 
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| [http://help.synthesis8.com/rbi9/dfr_planner.htm the help files...]
| [http://help.synthesisplatform.net/rbi9/index.htm#dfr_planner.htm V9 Help]
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| [http://www.weibull.com/basics/rcm.htm the theory textbook...]
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| [http://www.reliawiki.com/index.php/Xfmea_DFR_Planner_Articles related article(s)...]
| [http://www.reliawiki.com/index.php/Xfmea_DFR_Planner_Articles related article(s)...]
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Latest revision as of 21:16, 5 May 2015

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Design for Reliability (DFR)

Design for Reliability (DFR) is a process in which a series of reliability engineering practices are utilized early in a product's design and integrated into the entire product development cycle. It is widely understood that the cost of addressing reliability issues increases significantly as a product progresses through the development cycle (e.g., it is much more expensive to provide support for an unreliable product than it is to improve a product's design). Thus, the effective use of DFR can minimize the costs and maximize the benefits of producing a reliable product. You can use the DFR Planner to plan and manage the activities involved in a DFR process.


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