Affordable Reliability Engineering: Life-Cycle Cost Analysis by William R. Wessels

By William R. Wessels


How Can Reliability research impression Your Company’s backside Line?

While reliability investigations could be dear, they could additionally upload price to a product that a ways exceeds its fee. Affordable Reliability Engineering: Life-Cycle fee research for Sustainability & Logistical Support indicates readers tips on how to in attaining the simplest expense for layout improvement checking out and evaluate and evaluate strategies for minimizing charges whereas retaining reliability above necessities. The textual content relies at the premise that each one approach sustainment bills consequence from half failure. It examines half failure within the layout and sustainment of fielded elements and descriptions a layout criticality research method that displays procedure layout and sustainment.

Achieve the simplest expense for Life-Cycle Sustainment

Providing a framework for managers and engineers to advance and enforce a reliability software for his or her companies, the authors current the training expert with the instruments had to deal with a procedure at a excessive reliability on the top expense. They introduce analytical equipment that supply the technique for integrating half reliability, failure, maintainability, and logistic math versions. additionally, they contain examples on tips to run reliability simulations, spotlight instruments which are commercially on hand for such research, and clarify the method required to make sure a layout will meet standards and reduce charges within the process.

This text:

  • Demonstrates easy methods to use info collected from reliability investigations
  • Provides engineers and executives with an knowing of a reliability engineering application for you to practice reliability analyses
  • Seeks to solve uncertainty and identify the price of reliability engineering

Affordable Reliability Engineering: Life-Cycle price research for Sustainability & Logistical Support makes a speciality of reliability-centered upkeep and is a perfect source for reliability engineers and bosses. this article permits reliability pros to figure out the bottom life-cycle expenditures for half choice, layout configuration recommendations, and the implementation of upkeep practices, in addition to spare elements concepts, and logistical resources.

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Extra resources for Affordable Reliability Engineering: Life-Cycle Cost Analysis for Sustainability & Logistical Support

Example text

Hidden 2. Evident, P-F < mission duration 3. Hidden 2. Evident, P-F < mission duration 3. Hidden 2. Evident, P-F < mission duration 3. 6 describes the procedure for the modified Moubray criticality analysis. The procedure introduces a brainstorming and red team approach to performing this criticality analysis. The brainstorming approach uses an organization’s employees who understand the part and the system to perform the criticality analysis. The brainstorming approach has a single rule—no judgments are made.

1. Identify the sources of failure mechanisms that act on the critical part. The sources of failure mechanisms include transportation, storage, and system functionality. System functionality includes operational and ambient conditions of use. 9 Qualitative reliability analyses. 2. Define the failure mechanisms that act on the critical part with metrics. Failure mechanisms are stresses or reactive agents, including but not limited to mechanical loads, thermal loads, and exposure to humidity, chemicals, and biological entities.

At this point the reliability analysis is terminated, and the discriminator will be the acquisition cost of the air brake canister. The reliability analysis that was performed to determine that the three alternatives met the reliability requirement can be combined with life-­cycle economic analysis to evaluate the costs over the useful life of the part. The acquisition costs, sustainability costs, and the occurrence of those costs can be evaluated to determine which of the three parts has the lowest life-­cycle cost to the end user.

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