Chip Reduction Coefficient Plot Against Cutting Speed, Feed, and Type of Cutting Fluid

Effect of cutting speed, feed, type of cutting fluid on chip reduction coefficient

chip_reduction_coefficient_vs_speed_graph
Read: Chip reduction coefficient

Fig 1 shows that the variation chip reduction coefficient k with the cutting speed V. At lower speed chip contraction decreases and hence the coefficient of contraction decrease with increase in speed. At a certain point of speed, the contraction begins to increase, the value of the coefficient of contraction increases to its maximum value. After its maximum point coefficient of contraction drops again with an increase in speed.

chip_reduction_coefficient_vs_feed_rate_plot
fig:2

Fig 2 shows the variation of chip reduction coefficient with the feed rate of the cutting process. From fig 2 the chip reduction coefficient decreases with increase in feed.

behavior_of_chip_reduction_coefficient_with_various_surface_acting_cutting_fluid
fig:3
Fig 3 shows the behavior of chip reduction coefficient when using different surface active cutting fluid.

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