运输物体在车身中的位置对其振动载荷的影响

Bohdan Kindratskyy, O. Osmak
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引用次数: 0

摘要

总结。提出了物体在穿越多个单一障碍物、随机微轮廓路面和粗糙路面时运输位置对其振动载荷影响的动力学模型。给出了在MATLAB Simulink软件产品中求解微分方程的方法。得到了运输物体在车身不同位置的垂直振动频率和幅值、振动加速度。研究发现,当物体位于汽车重心位置时,振幅和最大加速度值最小,当物体位于后桥上方(货舱内)时,振幅和最大加速度值最大。建议提高运输物体的防振能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Influence of transportation object position in car body on its vibrational loading
Summary. Dynamic model for research of object transportation location influence on its vibrating loading by moving through a number of single obstacles, road with random microprofile and rough road is offered. Differential equations and methods of their integration in MATLAB Simulink software product are presented. The values of frequencies and amplitudes of vertical oscillations, vibration acceleration of the transportation object at different locations in the vehicle body were obtained. It is found that the amplitude and maximum acceleration have the smallest values when the object is located in the center of gravity of the car, and the largest – above the rear axle (in the cargo compartment). Recommendations were to improve the vibration protection of the transportation object.
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