1.
A dynamic solution for a planar linkage five-bar mechanism with Matlab
平面铰链五杆机构的Matlab动力学求解
2.
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
3.
Discussions on Conditions of Plane Hinge Four-bar Mechanism with Crank;
平面铰链四杆机构具有曲柄的条件推导及讨论
4.
Thus we completed the full set of relative instantaneous dwells for each link of various type planar six-bar linkges.
因而完成了各类平面铰链六杆机构构件瞬时停歇的全集。
5.
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
6.
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
7.
Output Displacement Analysis of Single Parallel Four-Bar Mechanism with Right Angle Flexure Hinge
直角柔性铰链单平行四杆机构输出位移分析
8.
Kinematical Emulation for a Flat Four-bar Mechanism Of Track Building Hinges with Five Precise Positions
五个精确点轨迹发生铰链四杆机构的运动学仿真
9.
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
10.
STUDY ON LATERAL BUCKLING OF AN ARCHED LINK OF FOUR BAR LINKAGE
铰链四杆机构圆弧型连杆的侧向失稳分析
11.
hood hinge rod bracket
机罩的铰链拉杆支架
12.
Study on Analy Design of Hinged Four Bar Mechanism to Realize Four Corresponding Angular Displacement
实现四对对应角位移铰链四杆机构解析法设计
13.
The discussion is about the definition of included angle of extreme positions in four-bar mechanism of gemel
对铰链四杆机构极位夹角定义问题的探讨
14.
The Number of Insert Point in the Design of Function Replace of Plane Linkage;
铰链连杆机构函数再现设计中插值点的数目
15.
Design of Four-bar Linkage Based on Programming with VB and Matlab
基于VB与Matlab混合编程的铰链四杆机构设计
16.
A new limited angular motion single-axis flexure hinge four-connecting-rod mechanism
四连杆柔性铰链机构在晶体单色器中的应用
17.
Design of Plastic Pipe’s Expanding Die Based on Four-Bar Linkages
基于铰链四杆机构的塑料管材扩口模具设计
18.
The Research of Analysis and Synthesis for Planar Four-bar and Five-bar Adjustable Mechanisms;
平面四杆和五杆可调机构分析与综合研究