Multiscale Modelling of Damage Processes in Polycrystalline Ceramic Porous Composites

机译：多晶陶瓷多孔复合材料损伤过程的多尺度建模

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Modelling of polycrystalline ceramics built up of different phases has been done within mesomechanical approach. Porous ceramics consists of matrix material and second phase — pores. Such material has non-linear and complex overall response to applied load. Modelling of porous polycrystalline material was performed by multiscale approach describing different phenomena occuring at different scales: micro- meso- and macro- with application of averaging procedure over the Representative Surface Element (RSE).

机译：在Mesomenchical方法中已经在不同阶段建立了多晶陶瓷的建模。多孔陶瓷由基质材料和第二相位孔组成。这种材料具有非线性和复杂的施加负荷的整体响应。多孔多晶体材料的建模通过多尺度方法进行，描述不同尺度的不同现象：微小和宏，其应用于代表表面元件（RSE）的平均程序。

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《Strength of Materials Laboratory Anniversary》|2009年||共10页
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T.Sadowski; L.Marsavina;
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中图分类 TB3-532;
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Ceramic porous composites; mesomechanical model; cracks propagation;

机译：陶瓷多孔复合材料;植物机械模型;裂缝传播;

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1. Multiscale Modelling Of Damage Processes In Polycrystalline Ceramicporous Composites [J] . T. Sadowski, L.Marsavina Key Engineering Materials . 2009,第期

机译：多晶陶瓷多孔复合材料损伤过程的多尺度建模
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4. Multiscale Modelling of Damage Processes in Polycrystalline Ceramic Porous Composites [C] . T.Sadowski, L.Marsavina Strength of Materials Laboratory Anniversary . 2009

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Multiscale Modelling of Damage Processes in Polycrystalline Ceramic Porous Composites

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