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

By William R. Wessels

ISBN-10: 1482219646

ISBN-13: 9781482219647

 

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

While reliability investigations might be dear, they could additionally upload worth to a product that a ways exceeds its fee. Affordable Reliability Engineering: Life-Cycle rate research for Sustainability & Logistical Support exhibits readers find out how to in achieving the simplest fee for layout improvement checking out and review and evaluate suggestions for minimizing charges whereas retaining reliability above standards. The textual content is predicated at the premise that every one method sustainment charges outcome from half failure. It examines half failure within the layout and sustainment of fielded components and descriptions a layout criticality research approach that displays method layout and sustainment.

Achieve the simplest fee for Life-Cycle Sustainment

Providing a framework for managers and engineers to advance and enforce a reliability software for his or her businesses, the authors current the working towards expert with the instruments had to deal with a approach at a excessive reliability on the most sensible price. They introduce analytical equipment that supply the technique for integrating half reliability, failure, maintainability, and logistic math versions. moreover, they comprise examples on easy methods 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 requirements and reduce bills within the process.

This text:

  • Demonstrates tips to use details accrued from reliability investigations
  • Provides engineers and executives with an realizing of a reliability engineering software with a view to practice reliability analyses
  • Seeks to solve uncertainty and determine the worth 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 executives. this article permits reliability pros to figure out the bottom life-cycle charges for half choice, layout configuration techniques, and the implementation of upkeep practices, in addition to spare components ideas, and logistical resources.

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

Example text

1 Design for reliability process map. 1. Technical constraints Risk that the part design integrated into the system design configuration will not meet the design organization’s or end user’s functional and reliability requirements. Cost constraints Risk that the part design integrated into the system design configuration will not meet the economic requirements for the design organization or the end user. Schedule constraints Risk that the performance of part design will not meet the system design and development plan for the design organization or meet the end user’s expectation for operational availability.

One of the most well-­k nown criticality metrics is the risk priority number (RPN) method. ], to 10, certain likelihood [or near certain—depends on the wording of the standard]) 3. Detectability of occurrence of part failure (on a scale of 1, least detectable—or not detectable, to 10, absolutely detectable) RPN scores can range from 1 (1 × 1 × 1) to 1000 (10 × 10 × 10). The scoring approach is too subjective. Two or more engineers can arrive at scores that differ by an order of magnitude given the same part and the same understanding of the part.

Two reliability failure math models are presented in this book: time to failure and stress based. Time-­to-­failure math models are the conventional approach to reliability failure modeling. Stress-­based failure math models recognize that time does not cause failure in mechanical design, stresses cause part failure. 10). The part hazard function provides the information needed to understand the true behavior of part failure and to implement a preventive maintenance program. Specifically, the hazard function characterizes the risk-­based consumed life of the part, where the risk, r, is the allowable risk of part failure that an organization is willing to accept for initiation of the next mission.

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


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