| 1. | Verification regulation of axial load fatigue testing machines
轴向加荷疲劳试验机检定规程 |
| 2. | Axial load fatigue testing machines dynamic force calibration
轴向加荷疲劳试验机动态力校准 |
| 3. | Constant loading rate consolidatin test
室内土工试验等速加荷固结试验 |
| 4. | Special guest : mr . arnold schwarzenegger governor of california
特别嘉宾：亚诺舒华辛力加荷里活国际巨星 |
| 5. | Nonlinear analysis method on the mechanical behavior of preflex composite beams was established with the nonlinear stress - strain curves of materials
摘要采用材料非线性本构关系研究预弯组合梁的受力行为，建立预弯组合梁从预弯钢梁加荷到结构破坏的非线性全过程分析方法。 |
| 6. | The analytical solution for the case under the constant loading is obtained , and the iteration formulae of the effective stress for the case under the varying loading are also done by dividing the varying loading into instantaneous ramp loading
在变荷载作用下，把变化阶段的荷载划分为一系列不连续的剧加荷载，导出有效应力的递推公式。 |
| 7. | Former true triaxial test research have been lack of the completely study on soil anisotropic deformation characteristic on condition that load in each of the tree principal stress direction because of their different research purpose
由于研究目的不同，以往真三轴试验研究中缺乏针对三主应力单向加荷时的土体各向异性变形特性较全面的研究。 |
| 8. | The research of soil anisotropic deformation characteristic in this paper is mainly to study the anisotropy of lateral deformation and the anisotropy of principal stress and principal strain relationship in different load direction
本文土体各向异性变形性状的研究主要为了研究侧向变形以及不同主应力加荷向的主应力主应变关系的不同变化规律。 |
| 9. | At last , the finite element method , the strength reduction method and limit equilibrium method , nature slopes and excavation slopes , lateral stress unloading model and axial loading model are analyzed and discussed relatively
最后，就有限元法、强度折减法和极限平衡法，自然边坡与挖方边坡，围压卸荷应力路径模型分析与轴向加荷应力路径模型分析进行了比较讨论。 |
| 10. | Besides , in the process of data collection , such factors as the different indexes of the samples , the change of temperature and the unevenness of weight addition did not lead to negative effect on testing results , which shows the high intelligence the data collector possesses
另外，在数据采集过程中，试件各项指标的参差不齐、温度的变化、加荷速度的不均匀等因素均未对试验结果造成不良影响，说明了数据采集器的智能性所在。 |
