By Daniel T. Daley
None of the few layout for Reliability (DFR) books at the moment to be had addresses the method from the owner’s (or buyer’s) viewpoint. as an alternative, they strategy DFR strictly from the seller’s (or manufacturer’s) perspective. accordingly, few resources are designed and constructed with the reason to satisfy the long run owner’s particular wishes for reliability, availability, and maintainability over the lifetime of the asset. during this groundbreaking new e-book, Dan Daley intends to right the imbalance in how DFR is usually applied by means of delivering vendors with the instruments they should make sure that their specifications - now not the seller’s - are in constructing new assets.
This ebook might be a useful consultant to everyone involved within the layout, improvement, or buy of latest resources. it is going to support proprietors take the mandatory steps to get what they honestly desire, and it'll aid dealers “deliver the products” that their consumers – the proprietors – really want.
- Explains how one can accurately combine DFR actions with traditional layout activities.
- Provides an easy procedure to make sure DFR actions are accomplished on time.
- Provides spreadsheets and types had to painting layout leads to a transparent and usable format.
- Includes the tables and kinds had to aid the layout procedures and systems awarded in every one chapter.
- Includes appendices that supply an instance specification that proprietors can regulate while purchasing a brand new asset and instance tables necessary in assessing how good the DFR approach has met the owner’s needs.
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Additional info for Design for reliability : developing assets that meet the needs of owners
At the conclusion of this phase, the design and modeling of the design should be complete. This phase should signal the transition from a paper system to a physical system. It provides the first opportunity to see if the tangible product will behave as expected or if the design was flawed. It also provides the first opportunity to apply reliability elements from the design to the manufacturing process. It may be that the elements that have been assumed in the design process are no longer available.
Adequate testing and verification had not been completed. At the conclusion of this phase, tests will be conducted focusing on the sub-system level. The objective of this testing is to identify issues resulting from interaction of components or between components and software at the sub-system level. Frequently, components behave as expected alone. But when asked to perform specific functions or to do so in response to specific computer instructions, they behave in an unexpected manner. By performing tests when applied in a sub-system, it is possible to identify many problems while avoiding the complexity of larger systems.
Continuing with the example of a pollution control device, these devices typically operate at extremely high temperatures. In turn, the high temperatures accelerate deterioration due to corrosion. It might be possible to reduce the deterioration and increase the useful life by using an exotic metal in the design, but that step would add to the cost. If the sellers would like to leave the choice of using an exotic metal pollution control device up to the customers, this would be the time to raise both the overall issue and the alternatives.