Template:Stress-Strength Analysis in Design For Reliability: Difference between revisions

Latest revision as of 06:47, 15 August 2012

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-===Stress-Strength Analysis in Design for Reliability===
+#REDIRECT [[Stress-Strength_Analysis]]
-As we know, the expected reliability is called from the following stress-strength calculation:
-<center><math>R=P[Stress\le Strength]=\int_{0}^{\infty }{{{f}_{Stress}}(x)\cdot {{R}_{Strength}}(x)}dx</math></center>
-The stress distribution is usually estimated from customer usage data, such as the mileage per year of a passenger car or the load distribution for a beam. The strength distribution, on the other hand, is affected by the material used in the component, the geometric dimensions and the manufacturing process.
-Because the stress distribution can be estimated from customer usage data, we can assume that <math>{f}_{Stress} </math> is known. Therefore, for a given reliability goal, the strength distribution <math> {R}_{Strength}</math> is the only unknown in the given equation. The factors that affect the strength distribution can be adjusted to obtain a strength distribution that meets the reliability goal. The following example shows how to use the Target Reliability Estimator tool in the stress-strength folio to obtain the parameters for a strength distribution that will meet a specified reliability goal.
-'''Example 2:'''
-{{Example: Stress-Strength Analysis for Determing Strength Distribution}}