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首页> 外文期刊>Journal of terramechanics >The ride comfort vs. handling compromise for off-road vehicles
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The ride comfort vs. handling compromise for off-road vehicles

机译:越野车的乘坐舒适性与操控性的折衷

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摘要

When designing vehicle suspension systems, it is well-known that spring and damper characteristics required for good handling on a vehicle are not the same as those required for good ride comfort. Any choice of spring and damper characteristic is therefore necessarily a compromise between ride comfort and handling. The compromise is more pronounced on off-road vehicles, as they require good ride comfort over rough off-road terrain, as well as acceptable on-road handling. In this paper, the ride comfort vs. handling compromise for off-road vehicles is investigated by means of three case studies. All three case studies indicate that the spring and damper charcteristics required for ride comfort and handling lie on opposite extremes of the design space. Design criteria for a semi-active suspension system, that could significantly reduce, or even eliminate the ride comfort vs. handling compromise, are proposed. The system should be capable of switching safely and predictably between a stiff spring and high damping mode (for handling) as well as a soft spring and low damping mode (for ride comfort). A possible solution to the compromise, in the form of a four state, semi-active hydropneumatic spring-damper system, is proposed.
机译:在设计车辆悬架系统时,众所周知的是,在车辆上进行良好操控所需的弹簧和减震器特性与为获得良好驾乘舒适性所需的弹簧和减震器特性不同。因此,弹簧和减震器特性的任何选择都必然会在乘坐舒适性和操控性之间做出折衷。在越野车辆上,这种折衷更为明显,因为它们要求在崎rough的越野地形上具有良好的乘坐舒适性,以及可接受的公路操纵性能。在本文中,通过三个案例研究了越野汽车的乘坐舒适性与操控性的折衷。所有这三个案例研究表明,驾乘舒适性和操控性所需的弹簧和减震器特性都处于设计空间的相反极端。提出了一种半主动悬架系统的设计标准,该标准可能会显着降低甚至消除乘坐舒适性与操控性的折衷。该系统应能够在硬弹簧和高阻尼模式(用于操纵)以及软弹簧和低阻尼模式(用于乘坐舒适性)之间安全且可预测地进行切换。提出了一种可能的解决方案,以四状态半主动液压气动减振器系统的形式。

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