1.
A new approach for distinguishing isomorphism of link chains in mechanical innovative design
机械创新设计中同构运动链的判别方法
2.
Loop Theory of Kinematic Chains and Its Application to Isomorphism Identification and Atlas Database Establishment;
运动链的环路理论与同构判别及图谱库的建立
3.
DISTINGUISHING METHOD FOR KINEMATIC CHAIN ISOMORPHISM BASED ON THE GENERALIZED INCIDENCE MATRIX
基于广义关联矩阵的运动链同构的判定方法
4.
Research on the structure and construction for planar kinematic chains
平面机构运动链的组成及其构造分析
5.
Motional Stress Analysis and Structural Optimization on Chain of Ditcher
链式开沟机链节运动受力状况与结构优化
6.
Automatic Detection of Isomorphism and Rigid Sub_Chain Based on VC;
基于VC的同构及消极子链自动判别
7.
Type Analysis and Synthesis of the Kinematic Chain of Plane Seven-bar Mechanism Used in Hybrid Actuator
平面七杆机构混合驱动器运动链分析和综合
8.
Kinematic Analysis and Parameter Optimization of Eccentric Sprockets Transmission Mechanism
偏心链轮传动机构的运动学分析及参数优化
9.
The Kinematics Analysis of a Novel Parallel Robot with Asymmetrical Architecture;
一种含非对称主动运动支链的新型并联机构运动学研究
10.
The Type Structural Synthesis to Planer Kinematic Chain with Multiple Joints and Higher Pairs;
含复铰有高副平面运动链的结构类型综合
11.
Topology of Kinematic Chains with Loops and Orientation of Joints Axes
含环路布局和运动副轴线方位特征的运动链拓扑结构描述
12.
Kinematical and Dynamic Analyses of a Two-degree-of-freedom Closed-loop Mechanism and Research on Its Mechanical Characteristics;
两自由度闭链机构的运动学、动力学分析与机构特性研究
13.
Research on the Structure Synthesis and the Primary Kinematics Performance Analysis for the Parallel Mechanism with the Five-Bar Closed-Chain;
含五杆闭链的并联机构构型综合及主要运动性能分析研究
14.
Kinematic analysis of the revolute four-bar change-point mechanism at change-points
铰链四杆变点机构在变点位置的运动分析及其构形
15.
Method of Structural Type Optimization for Kinematic Synthesis of Planar Linkage with All Joint
全铰链平面连杆机构运动综合的结构类型优选方法
16.
The Type Structural Synthesis to Planar Kinematic Chain with Multiple Joints and Prismatic Pairs
含复铰有移动副平面运动链的结构类型综合方法
17.
Isostrural Solid Teaching Method and The Transfer of Motor Skills;
同结构立体教学法与运动技能的迁移
18.
A study on the ways in which different exercises affect the ultra-micro structure of the liver
不同运动对肝脏超微结构影响的研究