In the aeronautic field, the required accuracy of finished parts is difficult to achieve with the best value for money. It is necessary to simulate the impact of manufacturing deviations in order to verify that the manufacturing process meets the requirements in spite of dispersions in each phase. With support of research works from LURPA ENS Cachan University Paris-Sud and software engineering from DPS, Safran Aircraft Engines has developed a Manufacturing Computer Aided Tolerancing Software that aims to automatize the manufacturing specification transfer and optimize the manufacturing tolerances. This software uses input from the model based definition and from the tolerancing analysis performed by ANATOLE 3D (software edited by AIRBUS and DPS).
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机译:在航空领域,很难以最高的性价比实现所需零件的精度。有必要模拟制造偏差的影响,以验证制造工艺是否满足要求,尽管每个阶段都有分散。在LURPA ENS Cachan University Paris-Sud的研究工作和DPS的软件工程的支持下,Safran Aircraft Engines开发了制造计算机辅助公差软件,该软件旨在使制造规格转换自动化并优化制造公差。该软件使用基于模型的定义以及ANATOLE 3D(由AIRBUS和DPS编辑的软件)执行的公差分析的输入。
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