1.
High Accuracy Planar Link Mechanism Design and Kinematics Optimization;
高精度平面连杆机构设计及运动学优化
2.
Hetian Twelve Law in Planar Linkage Design
“和田十二法”在平面连杆机构设计中的应用
3.
synthesis of Planar Linkages to Generate the Specified Zero-order or First-order Transmission Function;
实现预定的零阶或一阶传递函数的平面连杆机构设计(英文)
4.
Analysis and Design of Planar Linkage Based on the Complex Vector;
平面连杆机构分析与设计的复矢量法
5.
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
6.
Study on CAD System for Plane Linkage Mechanism;
平面连杆机构计算机辅助设计方法的研究
7.
CAD of reappearance function flat connecting rod machine;
再现函数平面连杆机构的计算机辅助设计
8.
Computer Aided Design and Simulation Research on Planar Linkage
平面连杆机构的计算机辅助设计与仿真研究
9.
Research of Functional Synthesis and Optimal Design of Planar Linkage Mechanisms;
平面连杆机构函数综合及其优化设计的研究
10.
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
11.
Robust optimization design of plane four-bar linkage based on six-sigma theory
基于6σ的平面四连杆机构稳健优化设计
12.
Realization of design on parabolic shaping for planar multi-linkages pucker mechanism
平面多连杆折叠机构抛物线赋形的设计实现
13.
Planar Five Bar Mechanism Optimization Design based on SolidWorks Movement Simulation
基于SlidWorks运动仿真的平面八连杆机构优化设计
14.
Study on Analysis and Design of Overconstraints and Self-adjusting Structures for Planar Linkage Mechanisms;
平面连杆机构的过约束及自调结构的分析与设计研究
15.
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
16.
Design of General Simulation Software for Planar Linkage Based on Geometric Constraint
基于几何约束的平面连杆机构通用仿真软件设计
17.
The Dynamics and Control Design of Planar Four-bar Mechanism;
平面铰链四杆机构的动力和控制设计
18.
The design of four-bar mechanism on the platform of AutoCAD;
在AutoCAD中设计平面四杆机构