| 1. | Method of plane bending fatigue testing of metal plates
金属板平面弯曲疲劳试验方法 |
| 2. | Testing method of flexural fatigue of rigid plastics by plane bending
硬质塑料板平面弯曲疲劳的测试方法 |
| 3. | Lacunaris elastic plane bending and torsion stress concentration problem
多孔弹性平板弯曲或扭转的应力集中 |
| 4. | Out - of - plane bending vibration
面外弯曲振动 |
| 5. | Novel method for solving plane bending of elastic arches with arbitrary profile
求解任意外形弹性拱平面弯曲的一种新方法 |
| 6. | In - plane bending vibration
面内弯曲振动 |
| 7. | Testing method for complete reversed plane bending fatigue of carbon fibre reinforced plastics
碳纤维增强塑料完全反向平面弯曲疲劳的试验方法 |
| 8. | The calculation of lacunaris elastic plane bending or torsioning stress concentration problem by collocation method
用配点法计算多孔弹性平板弯曲或扭转应力集中问题 |
| 9. | Verticality and the main structure of the overall total deviation should be allowed to meet the plane bending norms
主体结构的整体垂直度和整体平面弯曲的允许偏差应符合规范的规定 |
| 10. | This paper compares the spatial calculation of piled wharf with simplified plane bent structures ' calculation through selected models , and analyzes the effect on the simplified transverse beam at different location of the crane , so as to obtain the distribution rule and empiric coefficient of crane load
摘要通过所选模型进行高桩码头结构空间计算与简化的平面排架计算对比，分析门机不同位置时传递到所简化横梁的作用效应，从而得出门机荷载的传递分配规律及传递的经验系数。 |
