欧阳史创编 2024..02.10
A mesh could not be generated using the current meshing options and settings. Hint: The problem geometry areas might have been highlighted. Switching to wireframe mode may make them more visible. 时间：2024.02.10 创作：欧阳史 无法使用当前网格生成网格选项和设置。提示:几何区域可能是突出的问题。切换到线框模式可能会让他们更明显。 Insufficient memory was available for the solver engine to obtain a solution. Try simplifying the model to reduce problem size. Please see the Troubleshooting section of the ANSYS Workbench Help System for more information.
欧阳史创编 2024..02.10
欧阳史创编 2024..02.10
内存不足是解算器引擎可以获得一个解决方案。试着简化模型来减少问题的大小。请参见故障排除部分ANSYS Workbench帮助系统的更多信息。
The detected initial penetration/gap is relatively large for certain contact pairs. This may produce inaccurate results for Bonded and No Separation contacts using formulation other than MPC. This large penetration/gap can be identified by generating the initial contact results.
检测到的初始渗透/差距相对较大的某些接触对。这对保税可能会产生不准确的结果,没有分离的联系人使用制定货币政策委员会。这个巨大的渗透/差距可以确定通过生成初始接触的结果。
At least one body has been found to have only 1 element in at least 2 directions along with reduced integration. This situation can lead to invalid results. Consider changing to full integration element control or meshing with more elements. Refer to Troubleshooting in the Help System for more details.
至少一个尸体被发现只有1元素至少2方向以及减少集成。这种情况可能会导致无效的结果。考虑改变完全整合
欧阳史创编 2024..02.10
欧阳史创编 2024..02.10
元素控制或啮合与更多的元素。参考故障排除帮助系统的更多细节。
Quad map meshing failed because a surface appears to be narrow with many boundary edges which could not be properly paired up for meshing. Using hard size controls on the boundary edges to force the same number of divisions may help to successfully generate a mapped mesh.
四映射网格失败是因为表面似乎狭窄许多边界边缘不能正确配对啮合。使用硬大小控制边界的边缘,迫使相同数量的分歧可能有助于成功地生成映射网格。
The solution process was aborted as you requested. During this solution, the elapsed time exceeded the CPU time by an excessive margin. Often this indicates either a lack of physical memory (RAM) required to efficiently handle this simulation or it indicates a particularly slow hard drive configuration. This simulation can be expected to run faster on identical hardware if additional RAM or a faster hard drive configuration is made available. For more details, please see the ANSYS
欧阳史创编 2024..02.10
ansys常见警告及错误之欧阳史创编
