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Cohesive zone laws for fatigue crack growth: Numerical field projection of the micromechanical damage process in an elasto-plastic medium

机译：疲劳裂纹扩展的内聚区定律：弹塑性介质中微机械损伤过程的数值场投影

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Chew Huck Beng;
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1. Cohesive zone laws for fatigue crack growth: Numerical field projection of the micromechanical damage process in an elasto-plastic medium [J] . Huck Beng Chew International Journal of Solids and Structures . 2014,第6期

机译：疲劳裂纹扩展的内聚区定律：弹塑性介质中微机械损伤过程的数值场投影
2. Cohesive zone laws for void growth - II. Numerical field projection of elasto-plastic fracture processes with vapor pressure [J] . Huck Beng Chew, Soonsung Hong, Kyung-Suk Kim Journal of the Mechanics and Physics of Solids . 2009,第8期

机译：空隙增长的粘性区定律-II。蒸气压弹塑性断裂过程的数值场投影
3. Cohesive-zone laws for void growth - I. Experimental field projection of crack-tip crazing in glassy polymers [J] . Soonsung Hong, Huck Beng Chew, Kyung-Suk Kim Journal of the Mechanics and Physics of Solids . 2009,第8期

机译：空隙生长的粘性区定律-I.玻璃态聚合物中裂纹尖端裂纹的实验场投影
4. LAW OF CRACK GROWTH LIFE FOR P92 STEEL UNDER THE CONDITIONS OF CREEP-FATIGUE MULTIPLICATION AND PROJECTION OF THE THRESHOLD TEMPERATURE OF CREEP CRACK GROWTH BASED ON THIS LAW [C] . A.T.Yokobori Jr., R.Sugiura, S.Kimoto, ASME pressure vessels and piping conference;PVP2009 . 2010

机译：蠕变疲劳倍增条件下P92钢的裂纹扩展寿命规律和基于该定律的蠕变裂纹扩展阈值温度的预测
5. Numerical modeling of homogeneous and bimaterial crack tip and interfacial cohesive zones with various traction-displacement laws. [D] . Mokashi, Prasad Shrikant. 2007

机译：具有不同牵引位移规律的均质和双材料裂纹尖端和界面内聚区的数值模拟。
6. Modeling of the variability of fatigue crack growth using cohesive zone elements [O] . P. Beaurepaire, G.I. Schuëller -1

机译：使用内聚区元素对疲劳裂纹扩展的变异性进行建模
7. Numerical Simulation of Fatigue Crack Growth Rate and Crack Retardation due to an Overload Using a Cohesive Zone Model [O] . Sarmediran Silitonga, Johan Maljaars, Frans Soetens, 2014

机译：使用凝聚区模型引起的疲劳裂纹生长速率和裂缝延迟的数值模拟
8. Numerical Simulations of Ductile Crack Propagation Growth in Thin Specimens Basedon a Cohesive Zone Model [R] . Yuan, H., Cornec, A. 1991

机译：基于粘聚区模型的薄试样延性裂纹扩展生长数值模拟

Cohesive zone laws for fatigue crack growth: Numerical field projection of the micromechanical damage process in an elasto-plastic medium

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