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Microstructural modeling of transgranular and intergranular fracture in crystalline materials with coincident site lattice grain-boundaries: Σ3 and Σ17b bicrystals

机译：巧晶材料晶状体晶状体晶状体晶粒晶晶晶体和晶体骨折的微观结构建模：σ3和σ17b双晶

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Q. Wu; M.A. Zikry;
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1. Microstructural modeling of transgranular and intergranular fracture in crystalline materials with coincident site lattice grain-boundaries: Σ3 and Σ17b bicrystals [J] . Q. Wu, M.A. Zikry Materials Science and Engineering . 2016,第apra20期

机译：晶格晶界重合的晶体材料中晶界和晶间断裂的微观结构模型：Σ3和Σ17b双晶
2. Modeling of grain-boundary effects and intergranular and transgranular failure in polycrystalline intermetallics [J] . T. Kameda, M. A. Zikry, A. M. Rajendran Metallurgical and Materials Transactions A . 2006,第7期

机译：多晶金属间化合物中的晶界效应以及晶间和晶间破坏的建模
3. Modeling of Grain-Boundary Effects and Intergranular and Transgranular Failure in Polycrystalline Intermetallics [J] . T. KAMEDA, M.A. ZIKRY, A.M. RAJENDRAN Metallurgical and Materials Transactions, A. Physical Metallurgy and Materials Science . 2006,第7期

机译：多晶金属间化合物的晶界效应以及晶间和晶间破坏的建模
4. Microstructural modeling of dynamic intergranular and transgranular failure modes in crystalline materials [C] . Qifeng Wu, Mohammed Zikry 13th International conference on fracture . 2013

机译：晶体材料中动态晶间和晶间破坏模式的微观结构建模
5. Predictive microstructural modeling of grain-boundary interactions and their effects on overall crystalline behavior. [D] . Shi, Jibin. 2009

机译：晶界相互作用的预测性微结构建模及其对整体晶体行为的影响。
6. Large Area Stress Distribution in Crystalline Materials Calculated from Lattice Deformation Identified by Electron Backscatter Diffraction [O] . Yongliang Shao, Lei Zhang, Xiaopeng Hao, -1

机译：由电子反向散射衍射确定的晶格变形计算出的晶体材料中的大面积应力分布
7. Intergranular damage and fracture in polycrystalline materials. A novel 3D microstructural grain-boundary formulation [O] . Benedetti I, Aliabadi MH 2013

机译：多晶材料的晶间破坏和断裂。一种新颖的3D微结构晶界公式

Microstructural modeling of transgranular and intergranular fracture in crystalline materials with coincident site lattice grain-boundaries: Σ3 and Σ17b bicrystals

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