Composite GM (1, 1) Model for Treating Data of Constant Stress Amplitude Accelerated Life Tests

Yi Qian; Y.H. Zhou; J.C. Pei

doi:10.4028/www.scientific.net/AMR.44-46.859

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Study on Reliability of Chaotic System of Nonlinear Grid Coupling Based on Adaptive Control
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Damage Equivalent Method of Fatigue Reliability Analysis of Load-Sharing Parallel System
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Composite GM (1, 1) Model for Treating Data of Constant Stress Amplitude Accelerated Life Tests
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Reliability Analysis of Condition Monitoring Systems under Fuzzy Environment
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A Reliability-Based Approach to Assess Fatigue Behaviour Based on Small Incomplete Data Sets
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A Method of Fuzzy Probability under Small Sample
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Reliability-Based Sensitivity Design of Mechanical Components with Arbitrary Distribution Parameters
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 44-46Composite GM (1, 1) Model for Treating Data of...

Composite GM (1, 1) Model for Treating Data of Constant Stress Amplitude Accelerated Life Tests

Abstract:

An accelerated life model is an important factor affecting the evaluation of test data. Avoiding the existent difficulties of treating mixed data and based on the grey theory with composite GM(1,1) model, approach is presented for treating fatigue data under constant stress amplitude accelerated life tests. Availability of the approach has indicated by an example.