Numerical simulation and experimental study of laminated incremental forming process

Numerical simulation and experimental study of laminated incremental forming process

In order to improve the surface quality of incremental forming parts, this paper is studied. Through numerical simulation, the influence rules of different overlapping materials and overlapping thickness on the forming quality of target parts are obtained, and the optimal forming process parameters...

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Veröffentlicht in:Journal of physics. Conference series 2024-09, Vol.2845 (1), p.12029
Hauptverfasser: Xinhai, Zhao, Xuemei, Liu, Zhiyuan, Si, Chao, Zheng, Yongchao, Tan
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Process parameters
Surface properties
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container_title Journal of physics. Conference series
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creator Xinhai, Zhao
Xuemei, Liu
Zhiyuan, Si
Chao, Zheng
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description In order to improve the surface quality of incremental forming parts, this paper is studied. Through numerical simulation, the influence rules of different overlapping materials and overlapping thickness on the forming quality of target parts are obtained, and the optimal forming process parameters are given. Compared with the experimental results, the better forming results were obtained.
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subjects Process parameters
Surface properties
title Numerical simulation and experimental study of laminated incremental forming process
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