A new CAD/CAM/CAE integration approach to modelling flutes of solid end-mills
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Cites methods from "A new CAD/CAM/CAE integration appro..."
...Wang’s [23] thesis, A new CAD/CAM/CAE integration approach to modeling flutes of solid end-mills,...
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References
2,229 citations
"A new CAD/CAM/CAE integration appro..." refers background or methods in this paper
...The cutting forces in the milling process can be predicted based on the analytical cutting force model [8, 25-30]....
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...The performance of the milling process is determined by the mechanism between the end-mill held in a high-speed rotating spindle and work-pieces [3,8,25]....
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...There are two basic methods to calculate the cutting force with analytical model along the helix cutting edges: Numerical method and Integrate method [1,2,8,25-30]....
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...Besides, Tool deflection caused by cutting forces is also a common problem in manufacturing processes, which would greatly affect the machining efficiency and quality [3, 8, 25, 55-69]....
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1,854 citations
640 citations
556 citations
"A new CAD/CAM/CAE integration appro..." refers background or methods in this paper
...The performance of the milling process is determined by the mechanism between the end-mill held in a high-speed rotating spindle and work-pieces [3,8,25]....
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...Due to its flexible operation, large material removing rate and high surface quality, cutting tool is one of the most important economic considerations in metal cutting process [3]....
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...Besides, Tool deflection caused by cutting forces is also a common problem in manufacturing processes, which would greatly affect the machining efficiency and quality [3, 8, 25, 55-69]....
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496 citations
"A new CAD/CAM/CAE integration appro..." refers background in this paper
...It is difficult to model the exact three dimensional shapes of end mills, because a certain part of the shape is not determined until the actual machining operation [9]....
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...A significant improvement in process efficiency may be obtained by optimizing the process parameters [9] including the cutting speed, feed-rate, cutting depth....
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