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A Design Methodology to Assure Safe On-Road Handling Dynamics for Vehicles with Aftermarket Chassis Modifications

机译:一种确保对售后底盘进行改装的车辆的安全道路处理动力学的设计方法

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The U.S. NHTSA has established the FMVSS 126 standard that requires all vehicles sold in the U.S. to include an ESC system as standard equipment after September 1st, 2011. There is growing concern among aftermarket suppliers specialized in development and installation of vehicle performance parts that chassis modifications may cause the ESC systems to be inoperative or can create unforeseen issues with stability and safety systems. This industry is in need of a process to support the development and validation of chassis modification. The authors propose the implementation of SIL and HIL simulations as a solution to the problem statement. Based on the results of a sensitivity analysis, guidelines for safe aftermarket modifications will be presented.
机译:美国NHTSA建立了FMVSS 126标准,要求美国销售的所有车辆在2011年9月1日之后将ESC系统作​​为标准设备。售后市场供应商越来越受到底盘修改的车辆性能零件的开发和安装。可能导致ESC系统不起作用或可以使用稳定性和安全系统创建无法预料的问题。该行业需要一个过程来支持底盘修改的开发和验证。作者提出了实施SIL和HIL模拟作为问题陈述的解决方案。基于灵敏度分析的结果,将提出安全的售后市场修改指南。

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