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Evaluation of LuGre Tire Friction Model with Measured Data on Multiple Pavement Surfaces

机译:利用多个路面上的测量数据评估LuGre轮胎摩擦模型

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Accurate modeling of tire/pavement friction phenomena is of utmost importance in many applications such as vehicle braking control and frictional evaluation of pavements. LuGre tire friction model is a model which is used for this purpose by estimating its parameters using measured pavement friction data, In this investigation, LuGre model parameters were estimated using field data collected by a standard pavement friction measuring device (Locked Wheel Skid Trailer-ASTM E 274) at a group of pavements with different surface friction properties. Adequacy of the model to predict measured friction data from the device was statistically evaluated and the accuracy of estimated model parameters was determined. The results show the potential of this model to facilitate frictional evaluation of pavements using dynamic friction measuring equipment.
机译:在许多应用中,例如车辆制动控制和路面摩擦评估,轮胎/路面摩擦现象的准确建模至关重要。 LuGre轮胎摩擦模型是用于此目的的模型,它通过使用测得的路面摩擦数据来估算其参数。在本研究中,LuGre模型参数是使用由标准路面摩擦测量设备(锁定车轮防滑拖车-ASTM)收集的现场数据估算的E 274)在一组具有不同表面摩擦特性的路面上。统计评估模型从设备预测的测量摩擦数据的适当性,并确定估计的模型参数的准确性。结果表明,该模型有可能促进使用动态摩擦测量设备对路面进行摩擦评估。

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