Machinability of Nickel Chromium Case Hardened Steel (EN36C)

Authors

  • Vishal Mishra

  • Dr. Kalyan Chakraborty

Keywords:

machinability; chip thickness; strain hardening; von mises stress

Abstract

Nickel Chromium Case Hardened Steel EN36C is surface hardened low carbon steel provided with a strong core prepared by the thermo-mechanical process Owing to high strength corrosion resistance shock resistance and good fracture toughness properties this kind of steel is used Heavy duty crane shafts airplane gears cam rollers truck construction some structural members and other more are the applications of this steel It is compatible with dynamic conditions where the load is fluctuating with time but the rigorous amount of temperature develops due to friction The paper presents the experimental study on machinability of the EN36C steel Experimentation was carried out by Chemical vapor deposition CVD coated carbide tool Speed feed and depth of cuts are the input parameters and chip reduction coefficient material removal rate MRR and Von Mises stress are the output responses The input parameters were assigned with code and arranged in 33 factorial design forms according to the Design of Experiment DOE

How to Cite

Vishal Mishra, & Dr. Kalyan Chakraborty. (2019). Machinability of Nickel Chromium Case Hardened Steel (EN36C). Global Journals of Research in Engineering, 19(A1), 27–34. Retrieved from https://engineeringresearch.org/index.php/GJRE/article/view/1879

Machinability of Nickel Chromium Case Hardened Steel (EN36C)

Published

2019-01-15