Damage in composite materials
Damage in composite materials
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发表时间：
1993
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通讯作者：
G. Voyiadjis
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作者：
G. Voyiadjis
第1部分分析：基于广义胞元模型的多相金属基复合材料的界面损伤本构行为，J. Aboudi，损伤各向异性固体的基于能量的失效准则，M. W. Biegler和M.M.固体中任意几何形状的周期性分布裂纹引起的Mehrabadi损伤，S。Nemat-Nasser等人在一般面内载荷作用下裂纹交叉铺层复合材料层压板的性能，L. Tsai和I. M.丹尼尔金属基复合材料损伤塑性的细观力学表征。Voyiadjis和P.I.纤维基复合材料中缺陷的微观力学。Zbib和我。德米尔第2部分分析/应用：异质性及其含义-微观力学，统计，分形方法及其相似性，G。Ti-β 21 S整体层板的疲劳裂纹扩展特性; Ghonem等人，用基于细观力学的破坏面对纤维复合材料进行渐进脆性损伤建模，C.- M. Huang和D.C. Lagoudas在3D复合材料的宏观和细观尺度上的损伤建模，P. Ladeveze等人，第3部分实验：不连续金属基复合材料的断裂韧性，R. J. Arsenault分析粘塑性金属基复合材料中冷却引起的残余应力，G. S. Jeong等，碳化硅增强铝金属基复合材料的涡流表征，P.K. Liaw等人
Part 1 Analysis: constitutive behaviour of multiphase metal matrix composites with interfacial damage by the generalized cells model, J. Aboudi an energy-based failure criterion for anisotrophic solids subject to damage, M.W. Biegler and M.M. Mehrabadi damage in solids due to periodically distributed cracks of arbitrary geometry, S. Nemat-Nasser et al the behaviour of of cracked cross-ply composite laminates under general in-plane loading, C.-L. Tsai and I.M. Daniel micromechanical characterization of damage-plasticity in metal matrix composites, G.Z. Voyiadjis and P.I. Katan on the micromechanics of defects in fibre-matrix composites, H.M. Zbib and I. Demir. Part 2 Analysis/applications: heterogeneity and its implications - micromechanical, statistical, fractal approach and their similarity, G. Frantziskonis fatigue crack growth characteristics of Ti-beta21S monolithic laminate, H. Ghonem et al progressive brittle damage modelling of fibrous composities by micromechanics based failure surfaces, C.-M. Huang and D.C. Lagoudas damage modelling at the macro- and meso-scales for 3D composites, P. Ladeveze et al. Part 3 Experiments: fracture toughness of discontinuous metal matrix composites, R.J. Arsenault analysis of residual stresses induced by cool down in viscoplastic metal matrix composites, G.S. Jeong et al eddy current characterization of silicon carbide reinforced aluminium metal-matrix composites, P.K. Liaw et al.