Figures index

From

Investigation of Neem Seed Oil as an Altanative Metal Cutting Fluid

Nuhu Ali Ademoh, Jovita Hussein Didam, Danladi King Garba

American Journal of Mechanical Engineering. 2016, 4(5), 191-199 doi:10.12691/ajme-4-5-4
  • Figure 1. A pie chart showing the percentages of different properties
  • Figure 2. Average temperatures (°C) of samples machined with 100% straight oil and dry sample, 180rpm, 0.75mm depth of cut
  • Figure 3. Average Temperatures in (°C) of samples machined with 100% straight oils and dry sample at 250rpm, 1mm depth of cut
  • Figure 4. Average Temperatures (°C) of samples machined with 100% straight oils and dry sample, 710rpm, 0.5mm depth of cut
  • Figure 5. Average Temperatures (°C) samples machined with 50% oil/50% water ratio and dry sample, 180rpm, 0.75mm depth of cut
  • Figure 6. Average Temperatures (°C) of samples machined with 50% oil/50% water emulsion ratios and dry sample, 250 rpm, 1 mm depth of cut
  • Figure 7. Average Temperatures (°C) of samples machined with 50% oil/50% water ratio and dry sample, 710rpm, 0.5mm depth of cut
  • Figure 8. Average Temperatures (°C) of samples machined with 25% oil/75% water ratio and dry sample, 180rpm, 0.75mm depth of cut
  • Figure 9. Average Temperatures (°C) of samples machined with 25% oil/75% water ratio and dry sample, 250rpm, 1mm depth of cut
  • Figure 10. Average Temperatures (°C) of samples machined with 25% oil/75% water ratio and dry sample, 710rpm, 0.5mm depth of cut
  • Figure 11. Plot of tool wear (mm) versus machining time (min) of HSS (12 X 200 mm) cutting tool
  • Figure 12. Plot of average roughness at 100 %, 180 rpm and 0.75mm depth of cut
  • Figure 13. Plot of average roughness at 50 % oil, 180 rpm and 0.75 mm depth of cut
  • Figure 14. Plot of average roughness at 25 % oil, 180 rpm and 0.75 mm depth of cutand dry sample
  • Figure 15. Plot of average surface roughness at 100 % oil, 250 rpm, 1mm depth of cut and dry sample
  • Figure 16. Plot of average surface roughness at 50 % oil, 250 rpm, 1mm depth of cut and dry sample
  • Figure 17. Plot of average surface roughness at 25 % oil, 250 rpm, 1 mm depth of cut and dry sample
  • Figure 18. Plot of average surface roughness at 100% oil, 710 rpm, 0.5 mm depth of cut and dry sample
  • Figure 19. Plot of average surface roughness at 100% oil, 710 rpm, 0.5 mm depth of cut and dry sample