1) double cross arm
双横臂
1.
Using the method of coordinate transformation in spatial geometry, kinematical characteristic of double cross arm hanger bracket is analyzed based on the spatial kinematics and numerical calculation.
基于空间机构运动学原理和数值计算方法,运用空间坐标变换矩阵,建立了分析双横臂独立悬架空间运动学关系的数学模型,由此确定了车轮定位参数与车轮跳动量的函数关系。
2) double-wishbone suspension
双横臂悬架
3) Double wishbone suspension
双横臂悬架
1.
The purpose of this dissertation is to build the oriented mechanism knowledge system for double wishbone suspension expert system and use the knowledge to build ex.
本文的目的是建立双横臂悬架专家系统导向机构的知识体系,以便进一步建立双横臂悬架专家系统知识库。
4) double arm suspension
双横臂悬架
1.
A general program for the double arm suspension and steering mechanism is formulated.
本文运用多刚体系统动力学中R W方法进行机构运动计算 ,编制了轮式车辆双横臂悬架转向机构优化设计通用程序。
5) double wishbone independent suspension
双横臂独立悬架
1.
Kinematic simulation and analysis of the double wishbone independent suspension by using the software ADAMS;
基于ADAMS双横臂独立悬架的运动学仿真分析
2.
The arrangement of side tie rod is a difficult point in double wishbone independent suspension system design.
侧拉杆的布置是双横臂独立悬架系统设计过程中的难点。
6) double-wishbone suspension
双横臂独立悬架
1.
The article adopts the methods of coordinate conversion and numerical calculation for the kinematics analysis and calculation and then creates a model for the optionization of a double-wishbone suspension system of wheeled-vehicle.
利用机构运动学中的坐标变换以及数值计算的方法对汽车双横臂独立悬架系统进行运动学分析 ,从而建立悬架系统结构的运动模型 。
参考词条
补充资料：横横实实
1.形容体格粗壮结实。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。