1.
The Elasto-Dynamics Study on Dual-Elbow-Bar Mechanism of the Platen Die-Cutting Machine;
平压平模切机双肘杆机构的弹性动力学研究
2.
Kinematics and Quasi-statics of Dual-elbow-bar Mechanism of Die-cutting Machine
模切机双肘杆机构的运动学与动态静力学分析
3.
On Dynamic Performance Analysis and Design of a Double-Knuckle Servo Mechanical Press
双肘杆伺服压力机样机设计与动态性能分析
4.
Dynamic Characteristic Research of Elbow-Bar Framework of MW1050 Automatic Blocking Die-Cutter;
MW1050自动烫金模切机肘杆机构动态特性研究
5.
Optimization Design and Finite Element Analysis of Elbow-Bar Mechanism of Moulding Machine;
模切机肘杆机构的优化设计及有限元分析
6.
Discussion of elasticity and mechanical properties of elbow rod mold closing for injection molding machine (part four)
注塑机肘杆合模机构弹性力学性能的探讨(四)
7.
Discussion of elasticity and mechanical properties of elbow rod closing mold for injection molding machine (part three)
注塑机肘杆合模机构弹性力学性能的探讨(三)
8.
Discussion of elasticity mechanics properties of elbow rod fitting model for injection molding machine (part two)
注塑机肘杆合模机构弹性力学性能的探讨(二)
9.
Optimization design of elbow-bar mechanism in injection molding machine based on genetic algorithm
基于遗传算法的注塑机肘杆机构优化设计
10.
Discussion of elasticity mechanics properties of elbow rod fitting model for injection molding machine (part one)
注塑机肘杆合模机构弹性力学性能的探讨(一)
11.
Global Dimensional Optimization of Double-Knuckle Servo Mechanical Press Based on Performance Atlases over Bounded Solution Space
基于性能图谱的双肘杆伺服压力机杆系全局优化设计
12.
Researches on speed-transmission ratio of double-toggle clamping mechanism
肘杆合模机构运行速度传动比性能的分析研究
13.
Optimization Design for Oblique Five Hinge Joint-Double Toggle Clamping Unit of Injection Molding Machine;
注射机五孔斜排双曲肘合模机构的优化设计
14.
worm-and-double-roller steering gear
蜗杆双滚轮式转向机构
15.
Precision Analysis and Reliability Design of Elbow-Bar Mechanism of Automatic Die Cutting Machine;
全自动平压平模切机肘杆机构精度分析及可靠性设计
16.
Analyzing and Optimizing of Clamp System Considered Friction;
双曲肘五支铰内卷式合模机构的摩擦分析和优化设计
17.
Analyzing and Optimizing of Clamp System Considered Friction
考虑摩擦状态的双曲肘五支铰内卷式合模机构的优选设计
18.
worm-and-twin-lever steering gear
蜗杆曲柄双销式转向机构