William R. Wessels's Affordable Reliability Engineering: Life-Cycle Cost Analysis PDF

By William R. Wessels

ISBN-10: 1482219646

ISBN-13: 9781482219647

 

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

While reliability investigations could be pricey, they could additionally upload worth to a product that a long way exceeds its price. Affordable Reliability Engineering: Life-Cycle rate research for Sustainability & Logistical Support exhibits readers tips to in attaining the simplest price for layout improvement checking out and overview and examine ideas for minimizing bills whereas conserving reliability above requirements. The textual content is predicated at the premise that every one procedure sustainment expenditures end result from half failure. It examines half failure within the layout and sustainment of fielded components and descriptions a layout criticality research technique that displays procedure layout and sustainment.

Achieve the simplest price for Life-Cycle Sustainment

Providing a framework for managers and engineers to increase and enforce a reliability application for his or her enterprises, the authors current the working towards expert with the instruments had to deal with a approach at a excessive reliability on the top fee. They introduce analytical tools that offer the technique for integrating half reliability, failure, maintainability, and logistic math versions. moreover, they contain examples on how you can run reliability simulations, spotlight instruments which are commercially to be had for such research, and clarify the method required to make sure a layout will meet requisites and reduce expenses within the process.

This text:

  • Demonstrates the way to use details accumulated from reliability investigations
  • Provides engineers and bosses with an realizing of a reliability engineering software with a purpose to practice reliability analyses
  • Seeks to unravel uncertainty and determine the worth of reliability engineering

Affordable Reliability Engineering: Life-Cycle fee 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 techniques, and the implementation of upkeep practices, in addition to spare elements suggestions, and logistical resources.

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

Example text

Consequences Analysis The consequences analysis identifies the effect part failure will have on the system. There are four consequences: • Catastrophic consequences describe part failure that results in system destruction and death or permanent injury to people. Catastrophic consequences can also include regulatory sanctions and prohibitive cost exposure. 5 Fault tree analysis. • Operational consequences describe part failure that results in a system downing event at the location that the part fails.

The functional fault tree approach is an accepted 22 Reliability Life-Cycle Cost Analysis for Engineers and Managers method to trace system downing events through the design hierarchy to the candidate critical part. Perform a criticality analysis for the candidate parts The design criticality analysis procedure presented in this book is based on John Moubray’s consequences analysis from his book Reliability-­Centered Maintenance. It has been modified to reflect system design and sustainment. The criticality analysis is performed from the vantage point of both the operator and the maintainer.

Detailed analytical approaches to fit reliability and economic models are provided in the appendices. • Appendix A, Reliability Failure Math Models and Reliability Functions • Appendix B, Maintainability Math Models and Maintainability Functions • Appendix C, Logistics Downtime Functions • Appendix D, Engineering Economics Functions 2 Reliability Analysis for Part Design Reliability analysis in design provides the engineer and manager with an understanding of part failure. Design for reliability is a process that begins with a part criticality analysis, continues with a qualitative part failure analysis for critical parts and a quantitative part failure analysis for critical parts, and concludes with reliability simulation for part, assembly, and system design configurations.

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Affordable Reliability Engineering: Life-Cycle Cost Analysis for Sustainability & Logistical Support by William R. Wessels


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