Chinese translation for "宏观应力"
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- macro stress
macroscopic stress
macrostress
Related Translations:
宏观化石: macrofossilmegafossil 宏观指导: macro directionmacro guidance 宏观政策: macro policymacropolicy 宏观裂纹: macro crackmacrocrackmacroscopic cracking
- Example Sentences:
| 1. | If the deposit is on the inside of the c, the macrostress is tensile .
如果沉积层是处于C形的内面，宏观应力是拉伸型的。 | | 2. | If the deposit is on the inside of the c , the macrostress is tensile
如果沉积层是处于c形的内面，宏观应力是拉伸型的。 | | 3. | Studies on the stress of copper interconnects include the stress measurement by xrd , computer simulation and observation the local stress distribution with snam
利用薄膜应力测试分布仪和xrd测量硅基铜膜及铜互连线薄膜宏观应力。 | | 4. | Stage ii begins at a peak associated with the maximal interfacial stress . then , the unloading of macro - stress occurs . in stage iii , the interface is completely separate
1 )随着界面开始分离，宏观刚度下降； 2 )界面应力达到最大值并发生卸载，使得宏观应力达到峰值然后卸载。 | | 5. | Based on both macro - and micro - stress fields , composite structures ’ damage and failure are analyzed in this paper . micro - stress fields calculated by the gmc model are validated by micro - mechanics fem . the paper analyzes the failure modes of a composite structure with a centric hole by using the failure criterion based on macro - stress and the failure criterion based on the micro - stress of rve calculated by gmc
对一含孔复合材料结构,采用有限元方法计算得到其宏观应力分布,再由gmc模型得到代表性体积单元的细观应力分布,分别采用基于宏观应力的宏观强度准则和细观应力场对结构的破坏模式进行判断,并进行了对比,验证了gmc模型用于复合材料破坏分析的可行性和有效性。 | | 6. | Combining the residual stress with gmc model , residual stress ’ s influences to the composites ’ strength are analyzed . based on ansys parameter design language , this paper develops the program of composite structures ’ progressive failure . failure criterion based on macro - stress fields ( maximum stress criteria and hashin criteria ) and micro - stress fields ( analysis methods based on huang model and gmc model ) are added to the program , results of different criterion are compared
利用ansys软件为技术平台,采用参数化设计语言,开发了复合材料逐步损伤分析程序,分别采用基于宏观应力的失效准则(最大应力准则及hashin准则)和基于细观应力的失效准则(基于huang模型和gmc模型的失效判别方法)对复合材料结构进行了逐步损伤分析,并将各失效准则的分析结果进行对比。 | | 7. | Applied the above theory and the dem program trubal , the unilateral compress problems for the regular generated particles with an interstitial fluid are studied , and the macro - strain - stress curves varied with the fluid properties and the velocity of the wall are gotten . then , he unilateral compress problems for the random generated particles are numerically simulated , and the macro - strain - stress curves are obtained . moreover , the numerical simulation results for the dry and moist cases are compared
利用上述理论以及demtrubal程序，研究了存在填隙流体时颗粒规则排列单向压缩问题，得到了宏观应力应变曲线随流体性质、壁的运动速度等的变化规律；并对随机排列单向压缩问题进行了数值模拟，得到了宏观应力应变平均曲线；并对干、湿两种情况下颗粒的模拟结果进行了对比。 | | 8. | In order to find out the reason of bursting under low pressure , macro stress and strain of srmcs were analyzed by using compound theory , netting theory and nonlinear finite element method ( fem ) . it was concluded that the damages of the srmcs led to the bursting of case b under low pressure
针对发动机b壳体发生低压爆破的问题，应用复合理论、网格理论和非线性有限元法对b壳体进行了宏观应力应变分析，从而确定了b壳体低压爆破的原因是由于损伤所致。 | | 9. | The results of case a and case b were about the same , thus it was displayed that modifying structure did not cause the bursting under low pressure but the damages of the structure . second , an analytical model was developed to assess the critical buckling problem of near surface interlaminar rectangular defects in the cylindrical part of srmcs under axis and interior pressure loads . the relationships between critical strain value and the parameters of geometry and radius of cylindrical were discussed
在最大压力为水检压力的作用下，应用有限元计算出壳体的整体变形以及不同部位的各种应力(不同应力分量)和位移分量，与试验结果均比较吻合，证明采用大变形方法分析壳体宏观应力和变形是合理的， a壳体与b壳体的应力、变形情况基本相同， b壳体发生低压爆破不是由于结构参数的调整造成，而是由于各种试验导致的累积损伤造成的。 |
- Similar Words：
- "宏观岩性特征" Chinese translation, "宏观岩性学" Chinese translation, "宏观演化" Chinese translation, "宏观移出截面" Chinese translation, "宏观因果性" Chinese translation, "宏观硬度" Chinese translation, "宏观硬度检验" Chinese translation, "宏观油水界面" Chinese translation, "宏观有稳定性" Chinese translation, "宏观宇宙" Chinese translation
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