Grinding Spindle Improvement Based on Structure Optimal Design

Abstract:

For the structure optimization design of grinder Cui Zhong etc. [1,2] studied problems such like to select sample points which are used to structure the approximate model, to apply optimal Latin hypercube principle in the experimental design, and to take advantage of radical basis function. To minimize error they optimized models by using mathematical programming also. In our paper here using the methods in [1, we construct a model using CAD for grinding components, on the basis of optimum structural design procedure we deal with grinding spindle with structural analysis, sampling point selection, and optimum design, such that we greatly improve the design of high-speed grinding spindle on the wheel frame of CNC8312A[.

• Periodical: Applied Mechanics and Materials (Volume 454)
• Pages: 118-122
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.454.118
• Online since: October 2013
• Authors: Pei Fu, Jiang Huang, Ming Zhong Jin, Min Qing Gong*, Xue Ni Pan
• Keywords: Grinding Spindle Improvement, Latin Hypercube Principle, Mathematical Programming, Radical Basis Function, Structure Optimal Design

References

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[2] Z. Cui: Technology and Application of Structure Optimal Design for High Speed Grinder, [Dissertation], (Hunan University, Hunan 2010).

[3] Information on http: /www. jichuang. net/351228/product/pro_38211. html.

[4] J. Li, X.Y. Lu and S.Y. Chen: Engineering Construction, Vol. 39. No6. (2007), pp.21-31.

[5] D.C. Montgomery: Design and Analysis of Experiments[M] (Post & Telecom Press, Beijing 2009).

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