1.
Finite Element Analysis of Impeller Structure of Turbo-compressor Based on UG
基于UG的叶轮强度和流场有限元分析
2.
Finite-element analysis of impeller strength for YO750 hydraulic coupling
YO750液力偶合器叶轮强度有限元分析
3.
Study on Impeller Strength and Vibration Feature of Variable Speed Hydrodynamic Coupling
调速型液力偶合器叶轮强度与振动特性研究
4.
Rotor Dynamic Analysis and Impeller Strength Analysis in a Big-Sized Turbo-Expander;
大型透平膨胀机转子动力学分析及叶轮强度分析
5.
Research on Intensity Analysis and Structure Improvement Design of the First Stage Impeller in Centrifugal Compressor with Large Flow Rate
大流量离心压缩机首级叶轮强度分析及结构改进设计研究
6.
Research on analysis method of fatigue strength in wind blade boot
风轮叶片叶根疲劳强度分析方法的研究
7.
Calculate Thermal Field and Analyze Structural Field for Binary Cooling Turbine Blades
双工质冷却涡轮叶片温度场计算与强度分析
8.
ON THE THREE DIMENSIONAL CONTACT STRENGTH OF FINAL ARC FIR TREE BLADE ROOT AND ROTOR
末级圆弧枞树型叶根与轮缘三维接触强度研究
9.
Three Dimensional Finite Element Rigidity/Strength and Vibration Characteristics Analysis of Blade of Hydrodynamic Turbine;
水轮机叶片三维有限元刚强度与振动特性研究
10.
Research on Response Surface Method of Strength Reliability Analysis for Steam Turbine Blade
汽轮机叶片强度可靠性分析的响应面方法研究
11.
Contact Stress Analysis of Rabbet andStrength Research of Turbine Blade
榫头接触应力计算及涡轮叶片强度分析
12.
Analysis of Stress and Vibration of Blade for Aero Turbocharger
小型航空涡轮增压器叶片强度振动研究
13.
IMPROVING THE INSTALLING ANGLES OF HARROW AND BLADE IN INTENSIVE MIXER
强力混合机叶轮轴上耙头及叶片安装角度的改进
14.
Moreover, the strength of rotor, blade, root of blade, rim edge and gear coupling were calculated and checked once again with relevant software.
并用相应的软件对转子、叶片、叶根和轮缘以及齿式联轴器的强度重新进行计算和校核。
15.
The Rigidity and Strength Analysis on Hydraulic Turbine Runner of the Three Gorges Power Station(Right Bank)
三峡电站(右岸)水轮机转轮刚强度分析
16.
Calculating the Temperature Field of a Gas Turbine Disc with Finite Element Method
有限元法计算燃气轮机叶轮温度场的研究
17.
Study of Optimization on the Length of the Splitter Blades in Centrifugal Impeller;
离心风机叶轮附加小叶片长度的优化研究
18.
Study on Temperature and Displacement Detection Technique for Turbine Blades;
涡轮叶片温度和位移的检测技术研究