A Determination Method for Stress Intensity Factor by Extrapolation From an Arbitrary Angle under K_1, K_II Mixture Mode

Wataru FUJISAKI; Junichiro SHINOHARA

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A Determination Method for Stress Intensity Factor by Extrapolation From an Arbitrary Angle under K_1, K_II Mixture Mode

机译：K_1，K_II混合模式下任意角度外推法确定应力强度因子的方法

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Stress intensity factors in cracked bodies have been calculated by various calcula- tion methods. Especially, the typical conventional method; i.e., stress extrapolation method or displacement extrapolation method has an important advantage,. Namely convenience. But the accuracy of stress intensity factor by the method is not so high because of error due to high order terms.

机译：裂纹体中的应力强度因子已经通过各种计算方法进行了计算。特别是典型的常规方法；即，应力外推法或位移外推法具有重要的优点。即方便。但是，由于高阶项引起的误差，该方法的应力强度因子的精度不是很高。

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《JSME International Journal. Series A》 |2000年第3期|p.203-209|共7页
作者
Wataru FUJISAKI; Junichiro SHINOHARA;
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正文语种 eng
中图分类机械学（机械设计基础理论）;
关键词
Stress Intensity Factor; numerical Analysis; Fracture Mechanics; Extrapolation method;

机译：应力强度因子;数值分析;断裂力学;外推法;

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专利

1. A Determination Method for Stress Intensity Factor by Extrapolation From an Arbitrary Angle under K_1, K_II Mixture Mode [J] . Wataru FUJISAKI, Junichiro SHINOHARA JSME International Journal. Series A . 2000,第3期

机译：K_1，K_II混合模式下任意角度外推确定应力强度因子的方法
2. An Determination Method for Stress Intensity Factor by Extrapolation from an Arbitrary Angle under K_I, K_II Mixture Mode [J] . Wataru FUJISAKI, Junichiro SHINOHARA 日本機械学会論文集. A編 . 1999,第636期

机译：K_I，K_II混合模式下任意角度外推确定应力强度因子的方法
3. Assessment of Mode I and Mode II Stress Intensity Factors Obtained by Displacement Extrapolation and Interaction Integral Methods [J] . Reza Ghafoori Ahangar, Yves Verreman Journal of Failure Analysis and Prevention . 2019,第1期

机译：通过位移外推和交互整体方法获得模式I和模式II和模式II的胁迫强度因子
4. Determination of Effective Stress Intensity Factor Range of Mode Ⅱ Fatigue Crack Propagation Using Improved Experimental Method [C] . M. Liu, S. Hamada European Conference on Fracture . 2012

机译：改进实验方法确定Ⅱ型疲劳裂纹扩展的有效应力强度因子范围
5. Evaluation of stress intensity factors for arbitrarily oriented cracks in cylindrical shells subjected to mode I, mode II and mode III types of loading [D] . Srinivasan, Prashanth Kadaba 2004

机译：评估Ⅰ，Ⅱ，Ⅲ型载荷作用下圆柱壳任意取向裂纹的应力强度因子
6. Extending the Applicability of the Dose Addition Model to the Assessment of Chemical Mixtures of Partial Agonists by Using a Novel Toxic Unit Extrapolation Method [O] . Martin Scholze, Elisabete Silva, Andreas Kortenkamp 2010

机译：通过使用一种新的有毒单位外推方法，将剂量加成模型的适用性扩展到部分激动剂的化学混合物评估中
7. An Determination Method for Stress Intensity Factor by Extrapolation from an Arbitrary Angle under KI, KII Mixture Mode. [O] . Wataru Fujisaki, Junichiro Shinohara 2000

机译：基于ki，kii混合型下的任意角度外推的应力强度因子的测定方法。
8. Stress Intensity for Interacting Flaws. Part 3: Photoelastic Determination of Mixed Modes; Stress Intensity Factors for Interacting Flaws [R] . Ruiz, C., Phang, Y. P. 1981

机译：相互作用缺陷的应力强度。第3部分：混合模式的光弹性测定;相互作用缺陷的应力强度因子

A Determination Method for Stress Intensity Factor by Extrapolation From an Arbitrary Angle under K_1, K_II Mixture Mode

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