带电缆驱动的机械踏板紧固元件的强度分析

K. Holenko, O. Dykha, O. Rudyk
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引用次数: 0

摘要

车辆机械踏板结构部件的强度指标的确定,特别是其紧固到电缆驱动器相应位置的元件,是相关的,因为一方面需要符合根据联合国欧洲经济委员会条例第13号和第35号作出最大努力的要求,另一方面根据电缆驱动器的技术操作条件确保足够的安全裕度。从临界工况下机械踏板部件安全裕度评估的角度来看,本文所考虑的课题具有额外的实际意义,这是在ANSYS环境下用有限元法对某些部件进行强度分析任务形成边界条件的基础。应该理解的是,上述分析只是踏板模拟测试的强制性阶段之一,因为作为一个相对简单的单元,机械踏板确实必须设计成这样一种方式,即关键载荷应该破坏组件中最不重要的可替换元件,而不是通过遥控电缆激活的驱动器及其相应的集合。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis of the strength of the fastening elements of a mechanical pedal with a cable drive
Strength indicators determination of mechanical pedals structural components of vehicles, in particular the elements of their fastening to the corresponding locations cable drive, is relevant due to the need to comply with the requirements for maximum efforts in accordance with UNECE Regulations No. 13 and No. 35 on the one hand and ensure a sufficient margin of safety according to the technical operating conditions cable drives - on another hand. The topic considered in article acquires additional practical benefit from the point of view of assessing the margin of mechanical pedal components safety under critical operating conditions, which are the basis of boundary conditions in the formation of the task - strength analysis of certain parts by the finite element method in ANSYS environment. It should be understood that the above analysis is only one of mandatory stages of pedal simulation tests, because, being a relatively simple unit, a mechanical pedal really must be designed in such a way that critical loads should destroy the least critical replaceable elements of the assembly, but not the drives and their corresponding aggregates activated via remote control cable.
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