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首页> 外文期刊>International Journal of Forest Engineering >The Effect of Lowered Tire Pressure on a Log Truck Driver Seat
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The Effect of Lowered Tire Pressure on a Log Truck Driver Seat

机译:降低轮胎压力对原木卡车驾驶员座椅的影响

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Adjusting truck tire inflation to changing road and load conditions has been demonstrated to improve road conditions and is thought to decrease truck maintenance costs. Good roads will minimize the future cost of utilizing forest resources. In this study, the various effects of both low-pressure and high-pressure truck tires on the transportation vehicle were examined in terms of seat vibration. The data collected by the US Army Corps of Engineers, Waterways Experiment Station (WES), for the USDA Forest Service in 1989, were used to perform the analyses. Analysis of the data pertaining to road failure is fairly complete. However, a significant portion of the truck data still needs to be analyzed. Vibration levels were higher in the truck with high tire-inflation pressure, but the differences in vibration levels between low- and high-pressure trucks were not as high as expected. Although vibration levels were higher in 10 out of 15 road sections in the high-pressure truck, two sections had significantly reversed results.
机译:调整卡车轮胎通胀转换到不断变化的道路和负载条件,以改善道路状况,并被认为减少卡车维护成本。良好的道路将最大限度地减少利用森林资源的未来成本。在这项研究中,在座椅振动方面检查了低压和高压卡车轮胎对运输车辆上的各种影响。由1989年美国陆军工程师,水道实验站(WES)的陆军兵团收集的数据用于开展分析。分析与道路故障有关的数据相当完整。然而,需要分析一部分卡车数据。具有高轮胎充气压力的卡车中的振动水平较高,但低压卡车之间的振动水平的差异并不像预期那么高。虽然高压卡车中的15个路段中有10个振动水平较高,但是两个部分具有显着逆转的结果。

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