首页> 外文期刊>International Journal of Mechanical Engineering and Applications >Evaluation of intensity of stress singularity for 3d dissimilar material joints based on mesh free method (relationship between interface width and intensity of stress singularity)
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Evaluation of intensity of stress singularity for 3d dissimilar material joints based on mesh free method (relationship between interface width and intensity of stress singularity)

机译:基于无网格法的3d异种材料接头应力奇异性强度评估(界面宽度与应力奇异性强度之间的关系)

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We present the intensity of stress singularity for 3D dissimilar material joints based on mesh free method. When load is applied to surface of the bonded structure, stress at vertex on interface drastically increases and it appears that this stress singularity occur delamination of the bonded structure. Intensity of stress singularity can be expressed by stress distribution and the intensity of stress singularity. Therefore, it is necessary to obtain the stress distribution precisely. In this study, we focus on the mesh free method for the computation of the stress distribution. When this method is applied to compute stress distribution, incompatible cell can be employed and geometrical data for a target structure can be simply prepared. To confirm the validity of the results of mesh free method, comparison of the intensity of stress singularity between the mesh free and the boundary element methods is carried out.
机译:我们提出了基于无网格法的3D异种材料接头的应力奇异强度。当将载荷施加到粘结结构的表面时,界面上顶点处的应力急剧增加,并且似乎这种应力奇异性发生在粘结结构的分层上。应力奇异性的强度可以通过应力分布和应力奇异性的强度来表示。因此,有必要精确地获得应力分布。在这项研究中,我们专注于无网格方法来计算应力分布。当将此方法应用于计算应力分布时,可以使用不兼容的单元,并且可以简单地准备目标结构的几何数据。为了确认无网格法结果的正确性,对无网格法和边界元法之间的应力奇异强度进行了比较。

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