1.
Performance Research of Five-link Based on ADAMS
基于ADAMS的五连杆悬架性能研究
2.
The optimization system is applied to the optimization and analysis of the five-linkage suspension of a car.
应用这种优化体系对某型轿车五连杆悬架进行了实例优化分析。
3.
Development and Simulation Analysis of Two-link Rear Suspension Template;
双连杆后悬架模板的开发及仿真分析
4.
Dynamic analysis and optimization for four-link independent suspension;
四连杆式独立悬架运动学分析与优化
5.
The Kinematics/Elastokinematics Simulation and Analysis of the Multi-Link Suspension System of the Car;
轿车多连杆悬架系统运动学特性的仿真分析
6.
The Simulation Analysis and Evaluation for K&C Characters of Beam-Twist and Multi-link Suspension;
扭转梁与四连杆悬架K&C特性分析及评价
7.
Evaluation Parameters & Methods for Independent Suspension & Its Simulation in Double Wishbone & Multilink Suspension;
独立悬架性能评价指标与评价方法及其在双横臂与多连杆式悬架上的仿真实现
8.
The Kinematics Research Method for Multi-link Suspension Based on Hypothesized Prototype;
基于虚拟样机的多连杆悬架系统运动学仿真研究
9.
The Study on Optimal Design of Multi-link Suspension of Car and the Vehicle Stable Steering Characteristic
轿车多连杆悬架优化设计及整车稳态转向性能研究
10.
Study and simulation of dynamics of a wheeled suspended mobile 2-link flexible manipulator
轮式悬架移动2连杆柔性机械手动力学研究与仿真
11.
The Kinematics Analysis of Double Wishbone and Multi-link Suspension System Based on the Software of ADAMS/CAR
基于ADAMS/CAR的双横臂与多连杆悬架系统运动学分析
12.
OPTIMUM DESIGN OF AUTOMOTIVE SUSPENSION AND TORSION BAR SPRING
汽车扭杆悬架及扭杆弹簧的优化设计
13.
Variation laws of connecting rod curves for five bar and similar four bar mechanism
类四杆五杆机构连杆曲线的变化规律
14.
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
15.
"Steering and suspension service and maintenance includes removal; replacement, and adjustment of tie rods; removal and replacement of other linkage parts."
转向机构和悬架装置的维修包括拆卸、更换和调整转向横拉杆;拆卸和更换连接部件.
16.
A study of fatigue life s estimating method of light car s torque-tod;
轻型车悬架扭杆寿命估计方法的研究
17.
Application of ADAMS/Insight in Double Wishbone Torsion Bar Independent Suspension
ADAMS/Insight在双横臂扭杆独立悬架中的应用
18.
Static & Dynamic Analysis of V-Type Propelling Rod in Air Suspension System
空气悬架V型推力杆静动态特性分析