Modeling of the Equipment Reliability Using the Fuzzy Logic, Based on the Functional Performances

Omar Alssadi; Monica Bâldea; Mihaela Istrate; Nicolae Popa

doi:10.4028/www.scientific.net/AEF.34.103

Paper Titles

Thermo-Oxidative Behavior of Carbon Black Composites for Self-Regulating Heaters
p.66

Injection Behavior of some Biocomposite Feedstocks
p.81

Experimental Researches and Finite Element Analysis of Stress Distributions and Deformations of Al Based Powders during Compaction
p.88

Using the Reliability Logic Schemes to Forecast the Vehicles Systems Reliability
p.97

Modeling of the Equipment Reliability Using the Fuzzy Logic, Based on the Functional Performances
p.103

Researches and Finite Element Simulations of Radial Loading Deformations Applied to Steel Ball Bearings
p.109

Experimental Study, Modeling and Virtual Simulations of Car Part Realized from Composite Materials
p.115

The Stability Study of Dynamic Systems Using the Leapunov Function Method
p.123

Study of Dynamic Behavior of Arresting Mechanism Used on Aircraft Carrier
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HomeAdvanced Engineering ForumAdvanced Engineering Forum Vol. 34Modeling of the Equipment Reliability Using the...

Modeling of the Equipment Reliability Using the Fuzzy Logic, Based on the Functional Performances

Abstract:

The reliability evaluation of an equipment is made through its functionality analysis in specific conditions. When these conditions are various, the accomplishment of functional requirements could be partial, not integral. In these cases, the reliability evaluation is realised through methods specific to systems with many stages, those based on the fuzzy logic being one of them. In this paperwork there are presented the most used algorithms for evaluation.

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Periodical:

Advanced Engineering Forum (Volume 34)

Pages:

103-108

DOI:

https://doi.org/10.4028/www.scientific.net/AEF.34.103

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Online since:

October 2019

Authors:

Omar Alssadi, Monica Bâldea*, Mihaela Istrate, Nicolae Popa

Keywords:

Functional Performance, Fuzzy Logic, Reliability Modeling

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* - Corresponding Author

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