1.
The Dynamic Analysis and Simulation of Positive and Negative Stiffness in Parallel
正负刚度并联机构动力学分析及隔振仿真
2.
Design and Simulation of Automobile Seat Suspension with Positive and Negative Stiffness Parallel Spring
正负刚度并联弹簧汽车座椅悬架设计与仿真
3.
Research on Automobile Seat Vibration Isolation Based on Positive and Negative Stiffness Springs Parallel
基于正负刚度弹簧并联的车辆座椅隔振技术的研究
4.
Stiffness Characteristics of 3-PRR Planar Parallel Mechanism Based on CCT Stiffness Matrix
3-PRR平面并联机构的刚度特性
5.
Analysis of Static Stiffness of Parallel Kinematical Machine Based on Pro/E
基于Pro/E的并联机床静刚度分析
6.
Stiffness Analysis of Spherical Parallel Mechanism 3-RRR with 3-DOF
3-RRR 3自由度球面并联机构静刚度分析
7.
Moving Stiffness Analysis on the Parallel Bonding Mechanism of IC Chip Die;
IC芯片粘片机并联焊头机构的动刚度分析
8.
Modal Analysis of a Biglide parallel Grinder for Helical Drill Point Machines System Based on ANSYS
基于ANSYS二并联螺旋面钻尖刃磨机床刚度分析
9.
Research of Positive and Negative Association Rules Mining Technology Based on Multiple Supports;
基于多支持度的正负关联规则挖掘技术的研究
10.
Unified stiffness model for limited-DOF parallel manipulators based on generalized forces
基于广义力的少自由度并联机构的静刚度统一模型
11.
Study on alterable stiffness of one kind of 3-DOF parallel wire driven robot
一种3自由度并联柔索驱动机器人的变刚度特性研究
12.
Stiffness Enhancement and Motion Control of a 6-DOF Wire-driven Parallel Manipulator with Redundant Actuations for Wind Tunnels
风洞试验绳牵引冗余并联机器人的刚度增强与运动控制
13.
Clinical significance of phacoemulsification and implantation of negative-power intraocular lenses in patients with super high myopia and cataract
超声乳化联合负度数人工晶状体植入治疗白内障合并超高度近视
14.
On the Analysis of the Dexterity for 6-PP+S Parallel Mechanism with Perpendicular Structures;
正交结构6-PP+S并联机构灵巧度性能分析
15.
Type Synthesis of Parallel Mechanisms Based on Modificatory Formula for DOF
基于修正自由度公式的并联机构型综合理论
16.
Negative stiffness based control strategy of vehicle semi-active suspension
车辆半主动悬架负刚度控制策略研究
17.
On Evaluation of the Negative Domino Offect from Sentencing Extent and the Proper Stiffening Countermeasures
对量刑幅度负效应之评估与适度刚化之对策
18.
Design Theory and Application Technology for the Novel Types of 6-DOF Orthogonal Parallel Robots;
新型六自由度正交并联机器人设计理论与应用技术研究