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American Automobile Manufacturers Association heavy truck brake tire test

机译:美国汽车制造商协会重型卡车制动轮胎试验

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The objective of the American Automobile Manufacturers Association (AAMA) heavy truck brake tire test was to evaluate how different tires might effect a vehicle's performance when tested per the Society of Automotive Engineers, Inc. (SAE) J1626 "Braking, Stability, and Control Performance Test Procedures for Air-Brake-Equipped Truck Tractors." During the summer of 1991, the Motor Vehicle Manufacturer's Association (MVMA), now known as the American Automobile Manufacturer's Association (AAMA), contracted Transportation Research Center Inc. (TRC) to perform a heavy truck round robin brake test to evaluate the practicality and repeatability of the ABS test procedure developed for the Motor Vehicle Safety Research Advisory Committee of NHTSA (SAE Paper 922484). One of the conclusions derived from that test program was that tires seem to play a more significant role than expected in vehicle braking performance. This was based on the fact that following the installation of a new set of tires of the same brand and type, the 60 mph dry high-mu stopping distance increased by nine percent, and the 30 mph wet low-mu stopping distance decreased by twenty percent. This led the AAMA to sponsor this test program to further determine the effect of tires on braking performance. The test approach and technical guidance for this program was provided by a task force of the SAE Vehicle Deceleration and Stability Subcommittee of the SAE Truck and Bus Total Vehicle Systems Committee.
机译:美国汽车制造商协会(AAMA)重型卡车制动轮胎检测的目标是评估各种轮胎在汽车工程师Inc。(SAE)J1626“制动,稳定性和控制性能的情况下测试时的性能装备空气制动的卡车拖拉机的测试程序。“在1991年夏天,机动车制造商协会(MVMA),现称为美国汽车制造商协会(AAMA),承包运输研究中心公司(TRC)进行重型卡车循环制动测试,以评估实用性和为NHTSA的机动车安全研究咨询委员会开发了ABS测试程序的可重复性(SAE 322484)。从该测试程序中得出的结论之一是轮胎似乎在车辆制动性能方面比预期发挥更大的作用。这是基于这样一个事实:在安装一组相同品牌和类型的轮胎之后,60英里/小时的干燥高亩停止距离增加了九个百分点,并且30英里/小时的湿低亩停止距离下降了二十百分。这使AAMA赞助了该测试程序,以进一步确定轮胎对制动性能的影响。该计划的测试方法和技术指导是由SAE车辆减速和SAE卡车和总线总车辆系统委员会的稳定小组委员会的特遣部队提供的。

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