1.
Runge-Kutta Method And Numerical Simulation For Pleiades Problem;
Pleiades问题的Runge-Kutta法求解与其平面轨迹
2.
The Analysis of the Points Paths on Link of Plane Five-bar Linkages;
平面五连杆机构连杆上点的轨迹分析
3.
Computer Aided Design on Path Generation Problem of Planar Four-bar Linkage,
平面四连杆机构轨迹问题的计算机辅助设计
4.
Optimized design for the planar five bar mechanism to follow a target trajectory
再现给定轨迹的平面五杆机构的优化设计
5.
Research on Plane Welding Path Automatic Recognition Based on Image Processing;
基于图像处理的平面焊接轨迹自动识别研究
6.
Track Synthesis and Intellectual Control of Planar Five Rod Mechanism;
平面五连杆机构轨迹综合及其智能控制
7.
A disign method of four-bar linkage according to preconceived track;
按预定轨迹设计平面连杆机构的一种方法
8.
Trajectory Planning and Simulation Confirmation for a Planar Parallel Framework
一种平面并联机构的轨迹规划与仿真验证
9.
Calculation of the geological reserves of horizontal wells based on trajectory control method
基于轨迹点控制面积法的水平井地质储量计算
10.
Smoothing of trajectory imply that linear dynamical system is stochastic trajectory modeling.
轨迹平滑体现了线性动态系统的轨迹建模思想。
11.
The characteristics of the acceleration of the instantaneous velocity center( IVC) were presented, and the trajectory equation for pure rolling of rigid body( PRORB) was developed.
分析了瞬心的加速度特性，建立了刚体平面纯滚动的轨迹方程。
12.
Study of Synthetical Genetics Annealing Optimization for the Luffing Mechanism Locus of A Plane Link
平面连杆变幅机构轨迹综合遗传退火优化算法的研究
13.
Research on Computer-Aided Creative Design Method Based on Planar Mechanism Path Synthesis;
平面机构轨迹综合及其计算机辅助创新设计方法研究
14.
On Profile Extraction and Shape Optimization of Planar Path Generating Compliant Mechanisms;
轨迹输出平面柔顺机构的轮廓提取与形状优化方法研究
15.
Study on the Joint Rotation Space (JRS), Workspace and Path Generation of Planar Parallel Manipulators;
平面并联机械手转角空间和工作空间分析及轨迹规划
16.
How Deng Xiaoping Stepped into the CCP Leadership Core after the Party Was in Full Power;
邓小平在党全面执政后步入中央核心领导层的历史轨迹
17.
Unique Wiper Lasting Track: Optimized track for all shoes through computer analysis.
独创多用途扫刀轨迹---电脑分析最佳轨迹，各类鞋子之结帮均匀平顺。
18.
Dynamic Balance Calculation for Rotor & Orbit of Shaft Centerline Recognition for Rotor;
转子动平衡计算及转子轴心轨迹识别