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Study on RSM Procedure of Straightening Process for Aeronautical Component Based on Finite Element Simulation

机译:基于有限元模拟的航空分量矫直工艺RSM过程研究

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摘要

Straightening of machining deformation of the aeronautical monolithic components is one of the most complex manufacturing problems encountered in modern aerospace industry. In this paper deformation straightening processes are simulated using finite element method and the integrated simulation environment is put forward. A new method combining response surface method (RSM) with finite element simulation is proposed in order to quickly predict the straightening results in certain design space. The response surface about springback was constructed based on simulation results.
机译:航空整体部件的加工变形的矫直是现代航空航天工业中遇到的最复杂的制造问题之一。 在本文中,使用有限元方法模拟变形矫直过程,并提出了集成的仿真环境。 提出了一种结合有限元模拟的新方法,以便快速预测某些设计空间的矫直结果。 基于模拟结果构建了关于回弹的响应面。

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