By Dev G. Raheja, Louis J. Gullo
A distinctive, design-based method of reliability engineering
Design for Reliability presents engineers and executives with a variety of instruments and methods for incorporating reliability into the layout technique for advanced structures. It sincerely explains the way to layout for 0 failure of severe approach features, resulting in huge, immense mark downs in product life-cycle expenditures and a dramatic development within the skill to compete in international markets.
Readers will discover a wealth of layout practices no longer coated in regular engineering books, letting them imagine outdoor the field while constructing reliability necessities. they are going to learn how to tackle excessive failure charges linked to platforms that aren't safely designed for reliability, warding off dear and time-consuming engineering adjustments, akin to over the top checking out, upkeep, upkeep, inspection, and logistics.
Special positive factors of this booklet include:
- A unified method that integrates principles from desktop technology and reliability engineering
- Techniques acceptable to reliability in addition to safeguard, maintainability, process integration, and logistic engineering
- Chapters on layout for severe environments, constructing trustworthy software program, layout for trustworthiness, and HALT impression on design
Design for Reliability is a must have advisor for engineers and executives in R&D, product improvement, reliability engineering, product defense, and caliber coverage, in addition to someone who must convey excessive product functionality at a cheaper price whereas minimizing process failure
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Extra resources for Design for Reliability
The satellite program was just doing what it had been told to do more than 10 years earlier. Given the operational environment, a condition precedent became a system faulting error driving the satellite into a failed state. A spokesperson for a Southeastern power company made the following statement following a power system failure that brought the power down for most of one day during the summer of 2008. ” That is always the case, and this statement offers no consolation. The root of the problem was that the software did not deal faithfully with an unusual operation in the way that the customer would have liked.
Engineering changes are the biggest source of waste in organizations, because most of them can be prevented. Here are some examples of achieving high reliability with very little or no investment. Since high reliability reduces life-cycle costs, the insigniﬁcant amount of investment does not negatively affect the win–win scenario. Example 1 A company in Brazil had designed a large warning light bulb on a control console, with a plastic cover to reduce glare. They told me that they tried all kinds of plastics for the cap but that all of them melted after a few months.
The reason for the dent was that the spring under the tractor occasionally hit rocks on the ground. The engineers reduced the diameter of the spring such that it wouldn’t hit rocks and replaced it with a tougher spring. With a very small investment they got a better than 10,000% ROI. Paradigm 7: Design to Avoid Latent Manufacturing Flaws We can design for reliability as much as we want, but if manufacturing processes are subject to operator error and to wide swings in variability, a good design is bound to have premature failures.
Design for Reliability by Dev G. Raheja, Louis J. Gullo