| 1. | The central section was severely shattered .
中间部分严重拉裂。 |
| 2. | Test method for splitting tensile strength of masonry units
砌块的拉裂强度的试验方法 |
| 3. | Simulating tension crack of rock masses by block element method
岩体结构拉裂的块体单元法模拟 |
| 4. | Analysis on bearing cup crackle and wrinkle in the course of drawing
轴承杯拉伸过程中的拉裂和起皱分析 |
| 5. | Rip strength vertical rip strength kg
竖向拉裂强度kg |
| 6. | Transverse rip strength kg
横向拉裂强度kg |
| 7. | In the stamping robust design , multi - objectives need be met , such as not resulting in crack , not resulting in wrinkle , and enough deforming
在冲压成形的稳健设计中，通常需要满足多个目标，如不拉裂、不起皱、变形充分等质量要求。 |
| 8. | The work reported here , adaptive numerical simulation was developed to adjust the magnitude of bhf continuously during the simulation process
摘要拉裂和起皱是板材拉深过程中的主要失效方式，研究表明，合理的压边力能有效降低拉深失效的可能性。 |
| 9. | The mpf processes with flexible blank - holding under different holding forces were simulated and their forming patterns were studied
结果表明，对于大变形量的三维曲面多点成形，柔性压边方式可以成功避免拉裂和起皱成形缺陷的发生，成形质量良好。 |
| 10. | Among them , the interface element is used to think of the interface slippage and ripping , and the infinite element is used to reflect the remote effect of infinite foundation soil field
其中，接触单元考虑结构与土壤之间的错动滑移及拉裂,而无限元可有效地反映地基土体无限域的远场效应。 |
