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The effect of feed rate on chip formation and tool wear was analyzed.
The effect of feed rate on fiber fractionation performance is weak.
Analyses of variance results have shown the predominant effect of feed rate on surface quality.
Moreover, it is seen that the first-order effect of feed rate and cutting speed is significant while depth of cut is insignificant.
The effect of feed rate on production of powders greater than 45 μm was found to be opposite to the production of the fines (< 45 μm).
Effect of feed rate, feed concentration and average pressure on permeability of pure gas and a binary mixture of H2 were studied.
Similar(47)
In turning of AISI 304L, effects of feed rate and depth of cut are found to be more effective than CFs and spindle speed on reducing forces and improving the surface finish.
The effects of feed rate and nose radius were found to be insignificant compared to other factors.
This study investigates the effects of feed rate and spindle speed on delamination and residual compressive strength.
The influence of each parameter on cut quality is also discussed where the effects of feed rate and blade speed were more significant as compared to the fiber content.
In this study, the finite element method was used to analyze the practice of open die forging, focusing on the effects of feed rate and rotation angle for optimal forging pass design.
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