running surface

The characteristics of IR temperature determination and its application to determing surface temperature profile of running tire were described.

介绍了红外测温技术的特点及其在滚动轮胎表面温度场测试中的应用。

Fill up with mud every 5 joints of casing when running surface casing.

下表层套管时,每5根套管灌满一次泥浆.

Ensure surface cementing equipment is made up prior to running the liner.

开始下尾管之前,确认地面水泥头设备状态完好.

In structure design, the width of tread running surface and the thickness of sidewall are increased;

在结构设计方面，增大行驶面宽度和胎侧厚度；

Application of IR temperature determination to surface temperature profile of running tire

红外测温技术在滚动轮胎表面温度场测试中的应用

During running-in, the rolling elements and seals burnish the surface, which leads to reduced friction coefficients.

在运行中, 滚动的内容和印章磨光表面, 从而降低摩擦系数.

When road surface status and car running performance beyond the design qualification, fixed damp characteristic of passive system's reducing shake's effect will be reduced.

当路面状况和车辆运行状态超出设计条件时，固定阻尼特性的被动悬架系统的减振效果将大为降低。

The traditional vehicles suspension system, which is designed on a special road surface status and car running performance, those damper of damp characteristic cannot mix, is passive system.

传统的车辆悬架系统是按某种特定的路面状况和车辆运行状态设计的被动悬架系统，其阻尼器的阻尼特性是不可调的。

It suggests that running a technical casing and hanging a liner should be simplified to running surface and production casings based on drilling safety.

建议在确保钻井安全的前提下，将目前的三层井身结构简化为二层；

Under intermittent operation condition, temperature recovery at night and load trace at the end of running period of three ground surface forms are compared.

对间歇运行工况下，三种上垫面形式下的夜间恢复情况和运行周期末的负荷痕迹值进行了对比分析。

Accidental damages may occur on surface of hollow axles running and this may induce surface cracks.

空心车轴在运用中可能会出现意外损伤而诱发表面裂纹.

Regarding structure under wind load function crosswind upward power response, because comes the wind to receive running free to the wall surface impediment, has the vortex tattered and wind direction change, with the running free wind cutting hit, the wind power become further complex.

对于结构在风荷载作用下横风向上的动力响应，由于来风受到顺风向壁面的阻挡，发生漩涡破碎和风向改变，与顺风发生剪切撞击使得风力结构进一步复杂。