| 1. | In our flow chart(fig. 71)we use n to count the loops .
在图71的程序框图中，我们利用N来统计循环次数。 |
| 2. | The higher the stress the fewer will be the cycles before failure can be expected .
应力越高，在可以预料的破坏之前循环次数就越少。 |
| 3. | As the number of cycles of reuse of water increases, salt balance becomes increasingly important .
盐均衡随着水的再利用循环次数的增加而日益变得重要。 |
| 4. | Thus, for any given stress, the number of expected cycles to failure can be found .
因此，对于任何一个给定的应力，就可以求出发出破坏的预定的循环次数。 |
| 5. | In our flow chart ( fig . 71 ) we use n to count the loops
在图71的程序框图中，我们利用n来统计循环次数。 |
| 6. | The correction of the method of equivalent cycle number
非稳定变应力下疲劳强度计算的等效循环次数法的修正 |
| 7. | 4 . specimens ’ fatigue flexural rigidity reduces gradually while cycle time increasing
4 、随荷载循环次数的增加,试件的刚度逐渐减小。 |
| 8. | For 3d - c / sic composite , the overall tendency of modulus was diminishing with increased cycle number
3d - c sic弹性模量随着疲劳循环次数的增加总趋势是减小的。 |
| 9. | The influence of coating thickness upon the fatigue strength will decrease along with the increase of cycling times
涂层厚度对疲劳强度的影响随循环次数的增加而减小。 |
| 10. | That s at least twice for each iteration , and the exact number of iterations through the list will depend how ordered it was to begin with
。每次循环至少执行两次，遍历列表需要执行的精确循环次数取决于列表最初排序的情况。 |
