首页> 外文会议>International Congress Automotive, Safety and Environment >STUDY CONCERNING FRACTIONAL FRONT AXLE KINEMATICS WITH TRANSVERSE FOUR NON-EQUAL RODS MECHANISM UTILISED FOR AUTOMOBILES WITH 3D MODELLING
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STUDY CONCERNING FRACTIONAL FRONT AXLE KINEMATICS WITH TRANSVERSE FOUR NON-EQUAL RODS MECHANISM UTILISED FOR AUTOMOBILES WITH 3D MODELLING

机译:横向四个非等级杆机制的分数前桥运动学研究,用于三维建模的汽车

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Fractional axles with four non-equal rods mechanisms are widely utilised on cars. A factor for assessing the kinematics of these axles is the variation of the wheel-gauge and of the transverse angle of the pivot. Modifying of the kinematics is produced by changing positions of the joints and the length of the rods composing the mechanism, but these parameters must be related with the local and general layout of the car. In the paper is started form the existing car axle, which is modelled in 3D with the aid of the Autodesk Inventor program. Model is such designed that it can be modified the lengths of the rods, underlining for each variant modification of the wheel-gauge and of the transverse pivot angle when wheel is moving up and down.
机译:具有四个非等级杆机构的分数轴广泛用于汽车。评估这些轴的运动学的因素是车轮计和枢轴的横向角的变化。通过改变关节的位置和构成机制的杆的长度来制造运动学的修改,但这些参数必须与汽车的本地和一般布局有关。本文开始形成现有的车轴,借助Autodesk Inventor程序在3D中以3D建模。模型是设计,它可以被修改杆的长度,在车轮上下移动时横向枢转角度的每个变体修改,并在横向枢转角度下划线。

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