Abaqus在计算中出现了以下警告，求解决！
The thickness is considered by default in the tied pair (assembly__pickedsurf30,assembly__pickedsurf29). To ignore thickness, specify the 'no thickness' parameter in the definition of *tie.
For *tie pair (assembly__pickedsurf30-assembly__pickedsurf29), adjustment was specified but no node was adjusted more than the adjustment distance = 2.22000e-16.
Excessive distortion or excessive rotation of the normal in 13 shell elements
The strain increment has exceeded fifty times the strain to cause first yield at 675 points
The strain increment is so large that the program will not attempt the plasticity calculation at 50 points
For *tie pair (assembly__pickedsurf30-assembly__pickedsurf29), adjustment was specified but no node was adjusted more than the adjustment distance = 2.22000e-16.
Excessive distortion or excessive rotation of the normal in 13 shell elements
The strain increment has exceeded fifty times the strain to cause first yield at 675 points
The strain increment is so large that the program will not attempt the plasticity calculation at 50 points
Abaqus在计算中出现了以下警告，求解决！的相关问题
Abaqus在计算中出现了以下警告，求解决！的相关案例教程
Too many attempts made for this increment The analysis has been terminated due to previous errors. All output requests have been written for the last converged increment. Abaqus/Standard Analysis exit
模型了解： 本案例所用模型如下： 图1 模型认识 其中，1为压块，结构刚材料，2为橡胶超弹性材料。 有限元分析流程分为3大步、3小步，如下图所示。 今天将以这种方式介绍使用workbench实现齿轮啮合的分析流程。 一、前处理 1.1 几何模型的构建 本案例中的几何模型较为简单，因此直接在abaqus中创建。 本例使用平面应力应变单元模拟实体的压缩过程，将Module切换到Part模块，单击cre
from abaqus import * from abaqusConstants import * backwardCompatibility.setValues(includeDeprecated=True,reportDeprecated=False) # Create a model. myModel = mdb.Model(name='Beam') # Create a new view
1、塑性材料和接触面上都不能用C3D20R和C3D20单元，这可能是你收敛问题的主要原因。如果需要得到应力，可以使用C3D8I (在所关心的部位要让单元角度尽量接近90度)，如果只关心应变和位移，可以使用C3D8R, 几何形状复杂时，可以使用C3D10M。 2、接触对中的slave surface应该是材料较软，网格较细的面。 3、接触面之间有微小的距离，定义接触时要设定“Adjust=位置误差限
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