DRAWING UP THE POWER BALANCE FOR THE DRIVING WHEEL OF THE CAR USING THE SPEED PLAN

M. Romanchenko
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Abstract

The method of drawing up the power balance for the driving wheel of a car using the speed plan of individual points of the wheel is presented. The linear velocities of the characteristic points are determined by their components, taking into account three wheel radii – dynamic and two kinematic. The kinematic radii are represented by the rolling radius of the wheel in the free mode and the rolling radius of the wheel in the driving mode. As a result, the linear velocities are reduced to two components, depending on the kinematic radii and the angular velocity of the wheel. They allow you to determine all the components of the power balance of the drive wheel in combination with the acting longitudinal forces, reactions and moments.
利用速度方案绘制汽车驱动轮的动力平衡
提出了利用汽车驱动轮各点速度计划来绘制驱动轮动力平衡的方法。特征点的线速度由它们的分量决定,考虑了三个车轮的动力半径和两个车轮的运动半径。运动半径由车轮在自由模式下的滚动半径和车轮在驱动模式下的滚动半径表示。结果,线速度减少到两个分量,取决于运动半径和车轮的角速度。它们使您能够确定驱动轮的动力平衡的所有组成部分,并结合作用纵向力,反应和力矩。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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