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Practical Implications in Tolerance Analysis ofSheet Metal Assemblies: Experiences from an Automotive Application

机译:钣金组件公差分析的实际意义:汽车应用的经验

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Over the past years, several approaches for variation simulation of sheet metal assemblies have been presented. However, there are few reports on validation of the methods compared to real production inspection data. Often, the validation consists of comparing the simulation result from different methods against each other and not to real inspection data. In practice, variation simulation methods are difficult to use due to practical implications. This paper illustrates some of the implications and modeling aspects related to sheet metal assembly variation analysis. The tolerance analysis and validation is done by analyzing a real sheet metal assembly with the production inspection data that is used to monitor the process. The aim is to analyze how consistent the result from the tolerance analysis is with the inspection data. Finally, some modeling aspects and techniques will be discussed.
机译:在过去的几年中,已经提出了几种用于钣金装配体变化模拟的方法。但是,与实际生产检验数据相比,很少有方法验证的报告。通常,验证包括将来自不同方法的仿真结果彼此进行比较,而不是与真实的检查数据进行比较。在实践中,由于实际意义,变化模拟方法很难使用。本文说明了与钣金装配体变化分析有关的一些含义和建模方面。公差分析和确认是通过使用用于监视过程的生产检验数据分析实际的钣金装配来完成的。目的是分析公差分析结果与检查数据的一致性。最后,将讨论一些建模方面和技术。

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