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首页> 外文期刊>International Journal of Automotive Technology >Development of a slip control anti-lock braking system model
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Development of a slip control anti-lock braking system model

机译:防滑控制防抱死制动系统模型的开发

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摘要

This paper describes the initial phase of work carried out as part of an on going study investigating the interaction between the tyre, suspension system and an antilock braking system (ABS). The modelling, analysis simulations and integration of results have been performed using an industry standard Multibody Systems Analysis (MBS) program. A quarter vehicle model has been used together with an individual front suspension system represented by interconnected rigid bodies. The tyre model used can be integrated into vehicle handling simulations but only the theory associated with the generation of longitudinal braking forces is described here. An ABS model based on slip control has been used to formulate the braking forces described in this paper. The simulations, which have been performed braking on wet and dry road surfaces, compare the performance of two different tyres.
机译:本文描述了正在进行的研究的一部分,该研究正在进行中,研究轮胎,悬架系统和防抱死制动系统(ABS)之间的相互作用。建模,分析模拟和结果集成已使用行业标准的多体系统分析(MBS)程序进行。四分之一车辆模型已与以互连的刚体为代表的单个前悬架系统一起使用。所使用的轮胎模型可以集成到车辆操纵模拟中,但此处仅描述与纵向制动力产生相关的理论。基于滑移控制的ABS模型已被用来制定本文所述的制动力。在潮湿和干燥路面上进行制动的模拟比较了两种不同轮胎的性能。

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