1.
Vibration Characteristics of Planetary Transmission System with Compound Steel/Plastic Gears
钢/塑齿轮组合行星传动系统的振动特性
2.
Analysis of the Automatic Transmission Shifting Process and 3K Planetary Gear System with Bond Graph Theory;
自动变速器换挡过程及3K行星传动系统键合图分析
3.
Research on Load Sharing Characteristics and Fluctuating Component s Intensity of Wind Power Increaser;
风电行星传动系统的均载与浮动构件的强度研究
4.
Study on vibration characteristics of two stage double helical tooth planetary gear trains used in ship with high power
船用大功率两级人字齿行星传动系统的振动特性研究
5.
Vibration and Noise Characteristics of Planetary Geared Systems with Plastic Gears
钢/塑齿轮组合行星传动系统的振动与噪声特性(英文)
6.
The Research on the Modeling and Simulating of the Planetary Gear Drive System;
行星齿轮传动系统的建模与仿真研究
7.
ADAMS planetary gear transmission system based on kinematic simulation analysis
基于ADAMS的行星齿轮传动系统运动学仿真分析
8.
Analytical Characterization of the Toroidal Drive Free Vibration
超环面行星蜗杆传动系统自由振动特性分析
9.
Design & Calculation of the Planetary Transmission and Research of Three-Dimensional Modeling System;
行星传动设计计算和三维建模系统的研究
10.
Research on Analytical Method of Load Sharing Characteristics of Planetary Gear Transmission;
行星齿轮传动系统均载分析方法的研究
11.
Effects of Meshing Phase on Natural Characteristics of Planetary Gears
相位对行星齿轮传动系统固有特性的影响
12.
Analysis and Research on Transmission Precision of Planetary Gear Reducer
行星齿轮减速器系统传动精度的分析与研究
13.
At the heart of BMW′s Active Steering system is the planetary gear set incorporated into the steering column.
BMW主动转向系统的核心是内置在方向盘传动轴上的一个行星装置。
14.
System Dynamical Analysis for 2K-H Planetary Gear Transmission Based on Bond Graph Theory;
基于键合图理论的2K-H行星齿轮传动系统动力学分析
15.
Analysis of Static Load Sharing in a Planetary Gear Set with Gap for Gear Floating
基于间隙浮动的行星齿轮传动系统静力学均载分析
16.
Sensitivity of Planetary Geared System Modal Energy to Design Parameters
设计参数对行星齿轮传动系统模态能量灵敏度的影响(英文)
17.
Application of Graph Theory to the Analysis of the Transmission Ratio in Planetary Geer Trains;
图论在行星轮系传动比分析中的应用
18.
A Simple and Convenient Method of Calculating Transmission Ratio of Planetary Gear Train;
行星轮系传动比计算的一种简便方法