1.
Research on Prediction and Controlling Strategies of Low-rigidity Components Deflections in Peripheral Finish Milling;
低刚度零件数控侧铣精加工的变形预测与控制策略研究
2.
Research of EDG for Slender Rod With Low Rigidity
低刚度细长杆零件电火花磨削加工工艺研究
3.
Research on the Stiffness’Influence for the Precision of the Sleeve Parts' Machining
刚度对套筒类零件加工精度影响的研究
4.
This method may be used to stiffness measurement of parts in any shape.
该方法可适用于任意形状的弹性零件刚度测量。
5.
Study on Processing Technology of Thin-walled parts Based on Theory of Stiffness
刚度理论视域下薄壁零件加工工艺研究
6.
Injection pressure should be set low initially and increased to the point of filling the part just short of causing flash.
一开始应设定低的射出压力以填充零件至刚好不会造成毛边。
7.
The sample system belongs among the elastic system whose stiffness and damping is low.
试件系统为低刚度和小阻尼的弹性系统。
8.
The Strength and Rigidity Analysis of Large Capacity Francis Turbine Parts-Spiral Case and Stay Ring;
大型混流式水轮机零部件—蜗壳座环的刚强度分析
9.
Stiffness Measurement of the Micro Flexible Parts in Dynamic Tuned Gyroscopes
动力调谐陀螺仪微弹性零件刚度系数的测量方法
10.
Sets the number of degrees that any heated component can drop below iits assigned set-point temperature before an under temperature fault occurs.
严格限定受热零部件温度的降低幅度，以防设备因过冷而出现故障。
11.
The slip displacement increases the curvature, reduces the stiffness, increases the additional moment and consequently leads the increase of deflection.
滑移增大结构曲率,降低构件刚度,增加附加弯矩,从而引起挠度增大。
12.
Study and Application in Low Rigidit Part by Finite Element Method and Technics Optimized;
低刚度工件切削加工中有限元分析与工艺优化方法的应用研究
13.
The lowest temperature is about fifteen degrees below zero centigrade.
最低温度大约是摄氏度零下15度。
14.
The lowest temperature will be 5 degrees below zero centigrade .
最低温度是摄氏度零下5度。
15.
Reading fileError Zero Length
读取文件长度为零错误
16.
static stiffness of the moving element suspensio
运动部件悬挂静刚度
17.
dynamic stiffnesss of the moving element suspension
运动部件悬挂动刚度
18.
Geometrical tolerancing indication of non-rigid parts
GB/T16892-1997形状和位置公差非刚性零件注法