Prototype Design of Automatic Surface Treatmen Technology To Increase Railroad Resilience

  • Willy Artha Wirawan Indonesian Railway Polytechnic of Madiun
  • Hari Boedi Wahjono Indonesian Railway Polytechnic of Madiun
  • Fadli Rozaq Indonesian Railway Polytechnic of Madiun
Keywords: design, prototype, automatic, survace, treatment, rail

Abstract

The purpose of this research is to design a prototype tool to improve the resistance of railroad tracks. The method in this study was carried out with the concept of surface treatment theory, then described using solidwork software in the form of prototype design. As a validation of the prototype design, preliminary research was carried out by giving heat treatment to the railroad tracks by utilizing the oxy-acetylene gas neutral flame and quenching quickly. Furthermore the railroad tracks were tested for hardness and microstructure. Rail test results are known to occur an increase in the value of hardness by 30 VHN and changes in the martensitic microstructure.

References

Hermanto, D., 2016. Pengujian Jalur Dan Bangunan Kereta Api. Kencana. Prenadamedia Group, Jakarta.

Yokoyama, Hiroyasu., 2002. Development Of Hight Strength Pearlitic Seel Rail (SP Rail) With Excellent Wear And Damage Resistance. Journal of materials processing technology 166, 111-115.

Davis, J.R., 2002. Surface Hardening Of Steels, New York: McGraw-Hill and Krauss, George., 1990. Steel: Heat Treatment And Processing Principles, Ohio: ASM International

A Clark, D. S., Varney W. R., 1962. Physical Metallurgy For Engineering, D. Van Nostrand Company, INC.

Pnagiotidis, Antonatos A.S., and Tsananas, G.M., 2007. Case Depth Determination Using Vicker Micro-Hardness Test Method At TRSC/PPC SA. Journal pf wear 273, 223-229

Poshmann, Tsapowetz, Rinhover., 2009. Heat Treatment Process And Facility For Railway Wheel. AFT and Werkst off Service, Totten, G.E., Howes, M.A.H., 1997, SteelnHeat TreatmentnHandbook. New York: Marcel Dekker, Inc., USA. And Vander Voort, G.F., 1984. Metallography Principle And Practice. New York: Mc. Graw Hill Book Company.

Eko Surojo., Dody Ariawan., Muh. Nurkhozin., 2009. Pengaruh Manual Flame Hardening Terhadap Kekerasan Hasil Tempa Baja Pegas, Jurnal Mekanika, Universitas Sebelas Maret Surakarta, Vol. 7 No. 2 I

Published
2020-03-14