RETRACTED: Structure Optimization of High-Speed Machining Center Workbench Based on Bionic Design and Hierarchical Optimization Techniques

Fei Fei Xiang; Zhong Ke Xiang; Hong Ying Li

doi:10.4028/www.scientific.net/AMM.378.579

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RETRACTED: Structure Optimization of High-Speed Machining Center Workbench Based on Bionic Design and Hierarchical Optimization Techniques
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 378RETRACTED: Structure Optimization of High-Speed...

RETRACTED: Structure Optimization of High-Speed Machining Center Workbench Based on Bionic Design and Hierarchical Optimization Techniques

Retracted:

This paper has been retracted following the request from the authors and Liuzhou Zhengling Heavy CNC Machine Tool Co., Ltd. The paper has been retracted due to authors’ misconduct and unpermitted use of an item – the research object was used without the legal permission from the manufacturing company and the results may potentially harm company’s reputation. For future investigation the company is recommended to issue a legal case.

Abstract:

Retracted article: We aimed at high speed machining center high machining accuracy and lightweight design requirements ,Then design the two different stiffened plate structure workbench, The one use traditional design method, the other use bionic design method; Optimize the dimensions of bionic stiffened plate design based on CAD/CAE system integration and hierarchical optimization techniques, got the optimal size; through the static analysis and modal analysis verify the superiority of the optimization schemes.

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Info:

Periodical:

Applied Mechanics and Materials (Volume 378)

Pages:

579-583

DOI:

https://doi.org/10.4028/www.scientific.net/AMM.378.579

Online since:

August 2013

Authors:

Fei Fei Xiang, Zhong Ke Xiang, Hong Ying Li

Keywords:

APDL, Bionic Design, Hierarchical Optimization, Stiffened Plate, Workbench

Export:

RIS, BibTeX

Permissions:

Creative Commons CC BY 4.0

Citation:

References

[1] QinDongChen, LiangYing, ChenLiPing, etc. the structure optimization design research of the six top press key parts [J]. The Chinese mechanical engineering, 2007, 18（6）: 697~701.

Google Scholar

[2] JiangWei, YuDingWen, FengPingFa．The static performance analysis and optimization design of Stiffened plate structure [J]. Mechanical design and manufacturing, 2008, （2）: 4~6.

Google Scholar

[3] ZhaoLing, Chen May Yi, MaJianFeng． the bionic structure design of High speed machine tool table reinforcing plate [J]． Mechanical science and technology, 2008, 27（7）: 871~875.

Google Scholar

[4] GuoChunXing, DingXiaoHong, GuoYuanMei, etc． optimization design of Grinding machine bed structure [J]． Mechanical design and manufacturing, 2009, 25（5）: 104~107.

Google Scholar

[5] ZhaoMing, HuangZhengDong, ChenLiPing． static calculation and optimization design for Heavy duty nc vertical lathe table [J]. The Chinese mechanical engineering, 2008, 22（19）: 2742~2747.

Google Scholar

[6] ZhangChaoHui．ANSYS11. 0 structure analysis examples of engineering application analysis [M]．Beijing: Mechanical Industry Press , (2009).

Google Scholar

[7] XiangZhongKe, LiShangPing, TangManBin．Bionic Optimization of the Ribbed Plate on the Worktable of the Machining Center Based on ANSYS[M]．Combination machine tools and automation processing technology, (2011).

Google Scholar