挠度

In order to simulate the vehicle load on the road, the formula is derived assuming that the load moves with uniform velocity. The formula under this load is obtained. It is important to analyze the dynamic character of rigid pavement.

为了模拟道路上汽车荷载的实际运行情况，本文假定汽车匀速在路面上行驶，由此获得粘弹性文克勒地基板在移动荷载作用下的挠度表达式，并对计算结果进行了一些分析而获得比较重要的结论。

The biggest deflection of elastic unit and the stress were simulated by the ANSYS software.

用ANSYS有限元分析弹性元件最大挠度和应力，证明设计是合理的。

The mice were given corresponding medicine, 60 days later, to measure BMD of general and vertebral column,maximum load and flexibility of bone.

各组给予相应药物，60天后测定小鼠全身及脊柱骨密度、骨最大载荷及骨挠度。

Results: Compare to model group, BMD of general and vertebral column,maximum load and flexibility of bone rise obviously in animal of high, middle, low dose of Epimedium pubescens Maxim groups.

结果 与模型组，柔毛淫羊藿高、中、低剂量组动物的全身及脊柱骨密度升高；柔毛淫羊藿高、中、低剂量组动物的骨最大载荷和骨挠度升高。

The results show that both crack width and vertical deflection can meet the code requirements.

结果表明，该楼面梁的裂缝宽度及挠度均小于规范限值。

Eflection boosters for use in vertical deflection systems for frame frequencies up to 200 Hz.

中文描述：在帧的垂直偏转系统频率高达200赫兹使用挠度的助推器。

Such as: how to better play to high-performance concrete properties; how to avoid temperature changes, shrinkage and creep of concrete, foundation, uneven settlement and so on; how to ensure that close up before the end of the vertical deflection of the cantilever 2 and the main beam axis deviation of the lateral shift does not exceed the permissible range; how to ensure that folded after the bridge linear positive; how to avoid the construction of the main beam and so there have been a big stress.

如何更好地发挥高性能混凝土性能；如何避免温度变化、混凝土收缩徐变、地基不均匀沉降等的影响；如何保证合拢前两悬臂端竖向挠度的偏差和主梁轴线的横向偏移不超过容许范围；如何保证合拢后的桥面线形良好；如何避免施工中主梁截面出现过大的应力等。

Also, the conversion between counteracting force and deflection of the bridge is achieved. The study analyzes on the characteristics of the beams" stress and deformation and gets the beams" vertical fiexture stress and deflection, their rigidity rotation stress and lateral inner force caused by the beams distribution of load.

通过实测结果，得到了桥梁的支反力与挠度，箱梁桥的受力特点：包括纵向弯曲产生的竖向变位，畸变角及由畸变产生的隔板横向弯曲应力，纵向弯曲应力及箱形梁的剪力滞现象及影响因素，箱梁桥刚性转动效应和截面的歪扭情况，箱形梁在局部荷载作用的横向内力，桥面板的有效工作宽度，荷载的横向分配分析。

The deformation and failure mechanism of voussoir beam were analyzed with physical modeling.

用模型试验方法研究不同初始纵向载荷、跨厚比条件下铰接拱变形和破坏全过程，得到铰接拱全程纵向载荷、横向载荷、力臂系数与挠度关系曲线。

It is concerned with the optimal design of cylindrical shell on minimax deflection and minimal compliancy with arbitrary axisymmetrical boundary conditions and radial pressure, under the condition of the volume being constant.

研究在任意轴对称边界条件下和任意轴对称分布载荷作用下体积保持常数的圆柱壳的两类优化设计问题：极小化圆柱壳的最大挠度和极小化圆柱壳的柔度。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。