1.
Research on the Conceptual Design and Kinematic Synthesis of a Eight-bar and Ten-pair Mechanism
某八杆十副机构型与尺度综合的研究
2.
Dynamic Simulation of a Four Bar Mechanism with Clearance in Linkage-Rocker Joint based On Virtual Prototyping Technology;
含连杆摇杆运动副间隙四杆机构动力学仿真研究
3.
Planar mechanisms utilizing only lower pairs are called planar linkages,they may include only revolve and prismatic pairs.
仅采用低副的平面机构叫做“平面连杆”机构,可以只包括转动副和棱形副。
4.
Multi-objective optimization and simulation on 8-rod-mechanism working device of loaders
装载机八杆机构工作装置多目标优化与仿真
5.
Dynamic simulation research for eight-bar mechanism of loader based on ADAMS
基于ADAMS的装载机八杆机构动力学仿真研究
6.
Dynamic Analysis of Disk Cam Mechanism with Multiple Backlash Pares and Rectilinear Translating Follower
多副间隙推杆从动件盘型凸轮机构动态分析
7.
A STUDY ON THE MOTION OF SPATIAL FOUR BAR LINKAGE BY REVOLVING VECTOR MATRIX
用旋量矩阵解空间4杆低副机构运动的研究
8.
Research on Virtual Design System of Planar Controlled Lower-pair Five-bar Mechanism;
平面受控低副五杆机构虚拟设计系统的研究
9.
Type Analysis of Planar Four-bar Mechanisms with Sliding Pairs;
含有移动副的平面四连杆机构的类型分析
10.
Analysis of a Supporting System with a Stewart Platform for Telescope Secondary Mirror
基于六杆机构的望远镜副镜支承的分析
11.
A Creative Design for Seven Link Machanism with Additional Elastic Constrained Kinematic pair
带有附加弹力约束运动副的7杆机构的设计
12.
Complete Balancing for Shaking Force and Shaking Moment of Eight-Bar Linkages
铰链八杆机构摆动力和摆动力矩的完全平衡
13.
An Analysis of an Eight-Bar Planar Mechanism Under Specific Conditions
一种特定条件下的平面八杆机构的分析与综合
14.
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
15.
Eighty! Eighty! Eighty yuan!
八十！八十！八十元！
16.
Analysis of the Oscillation and Turbulence Process of the Four-bar Beating-up Mechanism with Motion Dual Clearance;
含运动副间隙的四杆打纬机构振动和涡动过程分析
17.
Dynamic Modelling and Simulation of the Planar Four-bar Mechanism with Joint Clearances;
考虑运动副间隙的平面四杆机构动力学建模与仿真
18.
Any linkage which contains a screw pair, for example, is a spatial mechanism, since the relative motion within a screw pair is helical.
凡带有如螺旋副之类的连杆都是一个空间机构,因为螺旋副的相对运动是螺旋运动。