| 1. | The application of ansys in the loshse bridge anchorage local stress analysis
软件在提篮拱桥锚下局部应力分析中的应用 |
| 2. | The local stress concentration of the bus body frame was also studied
本文还研究了大客车车身骨架的局部应力集中问题。 |
| 3. | The analysis of randomness of local stress and strain in strain - based fatigue was studied , the approximate polynomial method was proposed
探讨了应变疲劳的局部应力应变的随机性分析，提出了近似的多项式拟合法。 |
| 4. | The basic thought of partial stress method of simulated sample design , which was put forward in this paper , enriched the designing theory of simulated sample
提出的模拟件设计的局部应力法基本思想，充实了模拟件设计理论。 |
| 5. | The rock foundation bent under the horizontal compressive stress . it is called fold . the regional or local stress direction can be analyzed according to the fold structure
岩层受到水平挤压应力，发生弯曲称作褶皱。通常依据褶皱构造可分析区域或局部应力方向。 |
| 6. | When installing the holding - down clip , you should tighten is smmetrily and orderly , put forth your steength evenly to avoid strong local stress , which will deform flange and injure enamel surface
安装卡予时，要求对称按顺序拧紧，用力均匀以免局部应力适大，使法兰变形而破坏瓷面。 |
| 7. | The elastoplastic finite element method overcomes the limitation that only the uniaxial local stress and strain could be calculated by the approximate method , establishing the base of multiaxial fatigue analysis
弹塑性随机有限元分析，克服了以往近似方法只能计算单轴局部应力应变响应的缺陷，为多轴疲劳分析建立了基础。 |
| 8. | The embedded carbon fibers or optical fibers can sense the qualities of concrete structures . however based on the pressure - sensitive effect , embedded carbon fibers can only sense the partial stress closely around
但是利用碳纤维的压敏特性只能监测混凝土结构中有纤维分布的局部应力状况，且碳纤维对静态应力无响应，监测结果不全面。 |
| 9. | Calculating results indicate that these methods cannot faithfully reflect the influence of hollows to local stresses of slabs , so that it is necessary to establish three - dimensional solid elements to make mini - model simulating analysis by fem
算例结果表明,这些方法都不能如实反映空腔对板局部应力的影响,有必要建立三维体单元模型进行细化有限元仿真分析。 |
| 10. | According to the characteristics of the plexiglas , using the principles of the stress field intensity ( sfi ) , a local stress approach for the evaluation of the fatigue life of the plexiglas structures is proposed
根据有机玻璃特点,利用场强法原理,建立了有机玻璃裂纹形成寿命的局部应力估算方法,采用该方法估算得到的玻璃螺栓孔处的疲劳寿命与边缘连接件疲劳试验结果吻合较好。 |
