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Modelling of Joints with Clearance and Friction in Multibody Dynamic Simulation of Automotive Differentials

机译:多体动态仿真关节与摩擦的关节建模

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Defects in kinematic joints can sometimes highly influence the simulation response of the whole multibody system within which these joints are included.For instance, the clearance, the friction, the lubrication and the flexibility affect the transient behaviour, reduce the component life and produce noise and vibration for classical joints such as prismatic, cylindric or universal joint.In this work, a new 3D cylindrical joint model which accounts for the clearance, the misalignment and the friction is presented. This formulation has been used to represent the link between the planet gears and the planet carrier in an automotive differential model.
机译:运动接头中的缺陷有时会影响整个多体体系的模拟响应,其中包括这些接头。例如,情况,间隙,摩擦,润滑和灵活性影响瞬态行为,减少组件寿命并产生噪音仿古接头的振动,如棱柱,圆柱形或通用接头。在这项工作中,介绍了一个新的3D圆柱形关节模型,其占据了间隙,未对准和摩擦。该制剂已经用于表示在汽车差动模型中的行星齿轮和行星载体之间的连杆。

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