1.
These formulas calculate secondary stresses of truss at high accuracy and good economic utility.
利用这些公式计算了桁架考虑轴向力效应时的次应力,精度高,经济效益好。
2.
Restriction Orifice Effect in Port Plate Pair of Axial Piston Pump
轴向柱塞泵配流副短阻尼孔效应研究
3.
Triaxial computational method for structure time dependent behavior;
三轴应力状态下结构时间效应的计算
4.
a rotating shaft that transmits power from the engine to the point of application.
从发动机向应用点传送力量的转轴。
5.
CALCULATION OF SHEARING STRESS FOR AXIAL DRAWING OF TRANSFORM SECTION BAR
变截面直杆轴向拉伸时的剪应力计算
6.
Effect of Effective Viscosity on Performance of Micro Gas Journal Bearings
有效黏度效应对气体径向微轴承性能的影响
7.
Method for Calculating Stress Intensity Factors of Axial Cracks of Pipeline based on RBF Network
基于径向基网络的管道轴向应力强度因子计算
8.
Failure Pressure Analysis of SG Tube with Axial Crack
蒸汽发生器含轴向裂纹传热管的失效压力分析
9.
Numerical solution to elastic dynamic buckling of cylindrical shells under axial compression wave
轴向压应力波下圆柱壳弹性动力屈曲数值解法
10.
Analysis on properties of vertical stress-stain of six solidified saline soils inshore
六种固化滨海盐渍土的轴向应力应变特征
11.
Numerical Analysis of Dynamic Response and Axial Stress Distribution of Rock Bolts Under Explosive Loads
锚杆动载响应和轴向应力分布规律数值分析
12.
The influence of axial inertia and boundary effect has been included.
同时包含了轴向惯性和边界效应的影响。
13.
STEADY CHARACTERISTICS OF MICRO GAS JOURNAL BEARINGS BASED ON RAREFACTION EFFECT
基于稀薄效应的微气体径向轴承稳态性能
14.
Application and Benefit Analysis of Axial Double-Baffle Classifier Installed in Supercritical Generating Unit
轴向型双挡板煤粉分离器的应用及效益分析
15.
Experimental Study of the Clocking Effect of Straight and Bowed Stationary Blades at a Small Axial Clearance
小轴向间隙下直、弯静叶Clocking效应的实验研究
16.
Automobile and motorcycle spare parts, crankshafts, connecting rods, shafts, power steering shafts.
汽机车零件–轴、杆、轴及动力方向盘轴心.
17.
Experimental Research of Ultimate Bearing Capacity of Frame Column Section with Two-way Placed Ducts for Tendons or Strands under Axes-Pressure;
双向留设预应力筋孔道框架柱轴向受力时截面承载力试验研究
18.
For magnetic thin films, the magnetic axis is in the longitudinal direction, where Kerr effect is obvious.
对于很多磁性薄膜，易磁轴方向为纵向，通常纵向克尔效应较明显。