| 1. | Analysis of peak stress in rice kernel during moisture absorption
稻谷吸湿过程中内部应力峰值分析 |
| 2. | Stress analysis and prediction of maize kernel during drying
玉米干燥过程中颗粒内部应力分析与预测 |
| 3. | Slope excavation will influence the original stress field inside the natural slope
摘要边坡开挖会影响自然斜坡内部应力场的原始状态。 |
| 4. | Standard test method for measurements of internal stresses in organic coatings by cantilever method
用悬臂梁法测量有机涂层内部应力的标准试验方法 |
| 5. | The optics - elastic simulation study on the stress of the surrounding rock of the coal face in multi - coal seam mining
多煤层开采采场围岩内部应力光弹力学模拟研究 |
| 6. | Abstract : a new developed technique in nondestructive testing for residual stress of the ferromagnetic materials is discussed
文摘:讨论了一种检测铁磁材料内部应力的无损检测新技术。 |
| 7. | Through tracing the change of the stress on the horizontal and slantwise paths , the influence and scopes of the excavation effect on the inside stress field of the slope are put forward
通过对水平和倾斜路径的应力追踪，提出了开挖效应对边坡内部应力场的影响程度和范围。 |
| 8. | The t - r characteristics may originate from the total function of volume expansion and temperature susceptibility of asphalt , the deference of volume expansion coefficient with heat between asphalt and graphite , and internal stress
而温敏产生的原因则为沥青的体积膨胀、石墨和沥青的热膨胀系数差异、内部应力和沥青温度敏感性共同作用的结果。 |
| 9. | The main idea of this method is using internal stress of last moment to construct the term of dynamic stiffening caused by rotation at high speed . then the effect of dynamic stiffening can be simulated at lower cost when the equation of motion of elastic parts is linear
该方法的主要思想是利用系统部件在前一时刻的内部应力构造由于部件高速旋转产生的动力刚度项，因而能够在保持弹性部件运动方程线性的情况下，以更小的代价模拟部件的动力刚化效应。 |
| 10. | The shape and distribution of inner stress of optical elements will vary in the space circumstances or other special operation conditions ， which will influence its optical characteristicdramatically . in this paper , the influence of the inertial load aroused by the large acceleration has been performed ; the effects of the varying circumstance temperature on the optical element have beenstudied preliminarily by use of finite element method
航天及其它特殊领域的工作环境，会使光学元件的形状及内部应力发生变化，进而对其光学特性产生明显的影响.本文运用有限元法，在考虑大加速度引起的惯性载荷的影响的同时，对不同环境温度下元件形状及内部应力的变化亦作了初步的研究 |
