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Using Computer-Aided Engineering to Find and Avoid the Steering Wheel 'Nibble' Failure Mode

机译:使用计算机辅助工程来查找和避免方向盘“啃咬”故障模式

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The paradigm for utilizing computer-aided engineering (CAE) to analyze automotive steering and suspension designs is rapidly changing. CAE's role has expanded beyond mere analysis to designing and improving product reliability and robustness. This paper presents an approach for avoiding the steering wheel nibble failure mode by improving robustness and therefore reliability through the use of CAE. For this paper, reliability is the ability of the system to avoid failure modes. A failure mode is any customer-perceived deviation from ideal and avoiding failure modes naturally improves reliability.
机译:用于利用计算机辅助工程(CAE)分析汽车转向和悬架设计的范式正在迅速变化。 CAE的角色扩大超出仅仅分析设计和提高产品可靠性和鲁棒性。本文通过使用CAE提高鲁棒性和可靠性来介绍避免方向盘纤维失效模式的方法。为此,可靠性是系统避免失效模式的能力。故障模式是从理想和避免失效模式的任何客户感知的偏差,自然地提高了可靠性。

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