Figure 6 shows the surface plots of amplitude and surface roughness with variation in the values of feed and speed.
The study also suggests low values of feed rate and point angle combination for reducing the damage.
The behaviour of an ideal reactor model was examined for different values of feed concentrations and reactor length.
Figure 11 shows the CO2 permeate concentration versus recovery for different values of feed compositions experimentally tested at various values of pressure ratio and permeation number.
Séralini et al. [3] did not present the values of feed and water intakes (both containing the test substances) - but also Hammond et al. [14] did not present feed intake data (only feed contained the test substance).
Cutting experiments with various values of feed rates showed that the proposed tool designed concept significantly reduced the fracture damage of bone cut surface as well as cutting temperature compared with the dimensionally equivalently conventional tool.
A numerical model developed for the step geometry was validated with experimental data demonstrating its ability to predict thrust force and delamination for different values of feed rate and cutting speed.
One of the important findings was that cutting tool of 8 mm diameter produces superior surface quality at moderate cutting power consumption when employed with lower values of feed per tooth, axial depth of cut and radial depth of cut.
