System or component prognosis can be accomplished by integrating a combination of technologies into an overall processing architecture. Key elements of this include sensed data inputs, understanding of failure physics, and variability-based life prediction techniques. Future prognosis systems can take advantage of newly developed probabilistic microstructural-based material simulation modeling for prediction of crack initiation and small crack growth of significantly smaller size than allowed by present day sensor technology. This work presents an overview of ongoing prognosis development and how material-based modeling fits within processing architectural plans.
Integration of material-based simulation into prognosis architectures
2004 IEEE Aerospace Conference Proceedings (IEEE Cat. No.04TH8720) ; 6 ; 3742-3747 Vol.6
2004-01-01
406965 byte
Conference paper
Electronic Resource
English
11.1106 Integration of Material-Based Simulation into Prognosis Architectures
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