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In sum, these results suggest that there is not an unconditional or absolute relationship between increased flake size and increased cutting efficiency in all circumstances.
Our first set of analyses, using all experimental flakes, determined that a statistically significant relationship existed between increased flake sizes and increased cutting efficiency, as measured by two different efficiency measures ('Time taken' and 'Number of cutting strokes required').
The resulting increased cutting productivity motivated the development of spreading machines to spread fabric from long bolts in lays composed of hundreds of plies of fabrics.
The better surface finish due to increased cutting speed clearly noticed in Fig. 4.
Reduced knife grid spacing and increased packed bed depths required increased cutting energy.
The results show that cutting force decreased with increasing speed while increasing feed rate increased cutting forces.
Similar(46)
Specific cutting energies decreased with increasing rake angle, increasing depth of cut and increasing cutting speed.
Increasing cutting density increases their stability in the drilling mud due to increasing the density difference.
In dry turning condition, tool wear was mainly affected by cutting speed, increased with increasing cutting speed.
The main effect plot in Fig. 2 indicates that, the surface finish is eloquently improved by increasing cutting speed.
As it was mentioned earlier, increasing cutting density increases their stability in the drilling mud due to increasing the density difference.
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