| 1. | Model identification for rheological load test curve and its application
流变荷载试验曲线的模型识别及其应用 |
| 2. | The computational load versus deflection curves agree with the test results
计算得到的荷载?挠度曲线基本吻合试验曲线。 |
| 3. | In the end , computer simulation of the test with ansys is given , together with hysteretic curve of simulation
最后采用ansys对试验过程进行计算机模拟，给出了模拟的滞回曲线，并与试验曲线进行了对比。 |
| 4. | Basing on the pid simulation model , simulation test for multinomial coefficients and parameters is carried out , and simulation experimental curves are gained
在该仿真模型基础上进行了针对多项系数及参数的仿真试验，得到多组试验曲线。 |
| 5. | The paper has proved the correction of the methods & results of calculating by comparing the curved line of the loading - displacement of chs with that gained in experiments
把本文计算的管节点的荷载位移曲线与文献的试验曲线进行了比较，验证了本文计算方法和计算结果的正确性。 |
| 6. | A load - displacement full - process analyzing program of cfrp - confined rc eccentrically loaded columns is given . the computed results of load - displacement coincide with test results
编制荷载-挠度全过程计算程序对碳纤维布约束偏压柱进行数值分析，程序计算曲线与试验曲线吻合良好。 |
| 7. | Lastly , by comparison between calculation results of the three models and the test results , it has been found that the three models can all stimulate the softening and dilatancy characteristics of loess
最后，将三种模型的计算曲线与试验曲线进行比较，表明三种模型均能模拟土的软化和剪胀特性。 |
| 8. | Based on the creep experimental curve , the creep deformation law of silty soft clay of the first marine layer and its constitutive relationship among stress - strain - time is studied in this paper
本文在蠕变试验曲线的基础上，研究了天津市第一海相层淤泥质粉质粘土的蠕变变形规律，得出应力、应变、时间三者之间的本构关系。 |
| 9. | Damage evolution laws are analyzed by the load - unload tests . analysis results show that obvious damage occurs in the inner of the cemented soil stabilized with nanometer silica fume and the added nanometer silica fume can improve the damage
研究表明，纳米硅粉水泥土内部存在明显的损伤现象，掺加纳米硅粉，水泥土损伤特性发生改变：与试验曲线的对比结果表明，本文采用的损伤变量和损伤模型能够较真实地反映纳米硅粉水泥土的损伤特性。 |
| 10. | The existed material fatigue performance test curves are dealt with and analyzed , and the non - dimensional stress - strain curve , tangent modulus factor curve and fatigue life curve are drawn based on the experiment data , and these three non - dimensional parameter curves are used to find the inherent rules that the test curves can be replaced each other to some extent . it can be concluded that if the common character and system error of these materials are found , the test curve of a certain material can be used for reference by another material . this is a simple approach about fatigue life estimate and is engineering practical
对已有的材料力学疲劳性能试验曲线进行分析整理，利用试验数据绘制了相对应力应变曲线、切线模量因子曲线和疲劳寿命曲线，利用这三种无量纲参数曲线发现了其中存在的规律性，即在某种程度上实验曲线可以互相取代，并用试验数据对此进行了讨论，并由此推断，如果找出材料彼此的共性或彼此之间的系统误差就可以将一种材料的试验曲线供其它材料参考使用，这是一种估算材料的疲劳寿命的简便方法，对工程而言具有实用性。 |
