A numerical procedure for the approximate WF solution of mode I SIFs in 3D geometries under arbitrary load (Q1804512)
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scientific article; zbMATH DE number 755135
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | A numerical procedure for the approximate WF solution of mode I SIFs in 3D geometries under arbitrary load |
scientific article; zbMATH DE number 755135 |
Statements
A numerical procedure for the approximate WF solution of mode I SIFs in 3D geometries under arbitrary load (English)
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24 August 1995
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A numerical procedure was developed for the approximate weight function (WF) evaluation of reliable stress intensity factor (SIF) for part- through mode I cracks for general load. This procedure requires only limited number of discrete SIF solutions, directly obtained from other numerical methods as reference SIFs, to compute continuous SIFs as function of both the crack size and the location along the crack front.
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damage
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safe life analysis
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discrete SIF solutions
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crack size
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crack front
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