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The elastic-plastic finite element alternating method (EPFEAM) and the prediction of fracture under WFD conditions in aircraft structures. I: EPFEAM theory. II: Fracture and the \(T^*\)-integral parameter - MaRDI portal

The elastic-plastic finite element alternating method (EPFEAM) and the prediction of fracture under WFD conditions in aircraft structures. I: EPFEAM theory. II: Fracture and the \(T^*\)-integral parameter (Q1372132)

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scientific article; zbMATH DE number 1084148
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English
The elastic-plastic finite element alternating method (EPFEAM) and the prediction of fracture under WFD conditions in aircraft structures. I: EPFEAM theory. II: Fracture and the \(T^*\)-integral parameter
scientific article; zbMATH DE number 1084148

    Statements

    The elastic-plastic finite element alternating method (EPFEAM) and the prediction of fracture under WFD conditions in aircraft structures. I: EPFEAM theory. II: Fracture and the \(T^*\)-integral parameter (English)
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    14 July 1998
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    This excellent work presents a summary of the elastic-plastic finite element alternating method, an algorithms for fracture analysis and crack growth prediction. Additionally, the authors provide a complete description of the \(T^*\)-integral fracture parameter, including a discussion of the theoretical basis and practical aspects of its use for fracture predictions. Several examples illustrate the performance of the methods.
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    crack growth prediction
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