Transient Creep of Two Dimensional Stress Concentrated Parts
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概要
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The paper is concerned with a transient creep problem of thin plates with stress concentrated parts (notch or hole etc.) subjected to load in their own plane. In analysis of this problem the finite element method is employed. The solutions are obtainable for two hardening creep laes : the time hardening law and the strain hardening law. As numerical examples some problems on thin plates with a hole or a notch are treated, and the difference between the calculating results from two hardening laws is discussed. The results of the prediction method agree well with experimentally determined values for aluminum plates with circular notches at room temperature.
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