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High-precision machining technology based on analytical method for integral impeller with flank milling
by
Ding, Zhi
, Yu, Dao-Yang
, Tian, Xiao-Qing
in
Algorithms
/ CAE) and Design
/ Computer-Aided Engineering (CAD
/ Engineering
/ Error analysis
/ Error reduction
/ Exact solutions
/ Impellers
/ Industrial and Production Engineering
/ Machine shops
/ Mechanical Engineering
/ Media Management
/ Milling (machining)
/ Original Article
/ Precision machining
/ Technology assessment
2021
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High-precision machining technology based on analytical method for integral impeller with flank milling
by
Ding, Zhi
, Yu, Dao-Yang
, Tian, Xiao-Qing
in
Algorithms
/ CAE) and Design
/ Computer-Aided Engineering (CAD
/ Engineering
/ Error analysis
/ Error reduction
/ Exact solutions
/ Impellers
/ Industrial and Production Engineering
/ Machine shops
/ Mechanical Engineering
/ Media Management
/ Milling (machining)
/ Original Article
/ Precision machining
/ Technology assessment
2021
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Do you wish to request the book?
High-precision machining technology based on analytical method for integral impeller with flank milling
by
Ding, Zhi
, Yu, Dao-Yang
, Tian, Xiao-Qing
in
Algorithms
/ CAE) and Design
/ Computer-Aided Engineering (CAD
/ Engineering
/ Error analysis
/ Error reduction
/ Exact solutions
/ Impellers
/ Industrial and Production Engineering
/ Machine shops
/ Mechanical Engineering
/ Media Management
/ Milling (machining)
/ Original Article
/ Precision machining
/ Technology assessment
2021
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High-precision machining technology based on analytical method for integral impeller with flank milling
Journal Article
High-precision machining technology based on analytical method for integral impeller with flank milling
2021
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Overview
The paper first introduces R offset tool axis error calculation method. In order to reduce the maximum machining error, the paper presents a new geometric model of tool axis vector for flank milling non-developable ruled surfaces and machining error exact analytical solution is derived. Its main advantage is that the theoretical machining error of each point on the straight generatrix can be calculated. MATLAB software simulation and actual NC machining experiment are conducted to validate the effectiveness of the proposed algorithm. The measurement experimental results show that the actual maximum machining error is basically consistent with the theoretical calculation error, and the machining error can be reduced compared with the previous literature algorithm.
Publisher
Springer London,Springer Nature B.V
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