| 1. | Effect of strain aging on fatigue limit of pre - strained carbon steel
杆大挠度屈曲的解析逼近 |
| 2. | Completely reversed fatigue limit
全交变疲劳极限 |
| 3. | Bending stress fatigue limit
弯曲应力疲劳极限 |
| 4. | Corrosion fatigue limit
腐蚀疲劳极限 |
| 5. | Bending fatigue limit
弯曲疲劳极限 |
| 6. | Generalized fatigue constant life curve and two - dimensional probability distribution of fatigue limit
广义疲劳等寿命曲线与二维疲劳极限概率分布 |
| 7. | This model offers a new and simple method for measuring s - n curve and fatigue limit of a material or a machine part
该模型提供一种新的测定材料和结构应力（载荷）寿命曲线的简易方法。 |
| 8. | Based on stress concentration coefficient , fatigue notch coefficient , fatigue limit and range of allowed stress are obtained
在k研究工作的基础上，求得相应的疲劳缺口系数k _ f ，进而推定高强螺栓的疲劳极限应力幅及其允许应力幅。 |
| 9. | On the other hand , aluminum does not have a fatigue limit , and therefore aluminum bicycle frames can fail due to metal fatigue after a long enough time . titanium is extremely corrosion resistant
作为应用在自行车架上的高强度和低密度的钛合金材料，它不仅会让车架重量轻强度高而且会让车架更经久耐用。 |
