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A systematic approach to brake squeal simulation using MacNeal method

机译:使用Macneal法制动尖叫模拟的系统方法

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This paper expands the oral presentation the authors made at 2000 Brake Colloquium, and publishes, for the first time, the key concept and procedures of applying an advanced component mode synthesis method, the MacNeal method, in brake squeal simulations. The effectiveness and the efficiency of the overall approach are demonstrated and verified by direct FEA. In addition to squeal propensities and the unstable complex mode shapes, this paper also investigates different mode participation factors (MPF) -Component MPF and System MPF, and component participation factors (CPF). The paper also introduces Acoustic Component Participation Factors (ACPF). Application case studies are presented to demonstrate the commonalities and differences of those factors.
机译:本文扩展了在2000年制动器座的作者提出的作者,并首次出版了应用先进的组件模式合成方法,Macneal方法,制动尖叫模拟的关键概念和程序。通过直接FEA证明和验证了整体方法的有效性和效率。除了尖叫力和不稳定的复杂模式形状之外,本文还研究了不同的模式参与因素(MPF) - 符合符合的MPF和系统MPF,以及组件参与因素(CPF)。本文还介绍了声学分量参与因素(ACPF)。提出了应用案例研究以证明这些因素的共性和差异。

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