ON DETERMINING THE WEAR RESISTANCE OF DIFFUSION LAYERS

Ilia Zumbilev

Scientific paper ID 2760 : 2025/3

ON DETERMINING THE WEAR RESISTANCE OF DIFFUSION LAYERS

Ilia Zumbilev

The present study aims at making a geometrical and force analysis of the kinematic scheme of a test stand for determining the wear resistance of nitrided and carbonitrided layers by means of a rotating sphere.

Based on the obtained results, it was established that the tilt angle of the sample with respect to the rotating sphere (α) can reach up to 55° and depends on the distance between the sample and the rotating shaft. The wear resistance of the diffusion layers was studied, locating the sample at an angle α = 30°.

The results show the positive influence of the processes of ion nitriding and carbonitriding on wear resistance. Depending on the angle of location, the modes of carbonitriding the chemical composition of the sample and its wear resistance vary in different limits.

• Reload article • Open/Download as PDF

wear resistance kinematic scheme diffusion layerswear resistance kinematic scheme diffusion layersIlia Zumbilev

BIBLIOGRAPHY

[1] T. LAMPE: Plasmawärmebehandlung von Eisenwerkstoffen in stickstoff-und kohlenstoffhaltigen Gasgemischen, VDI-Verlag GmbH, Düsseldorf (1985).

[2] P. FISHER-CHATTERJEE, W.EYSELL: Nitrieren und Nitrocarburieren, Sindeifingen, Expert Verbag, (1994).

[3] W.SEDEL: Werkstofftechnik. Carl Hanser Verlag, Munchen, (2005).

[4] D. PYE: Practical Nitriding and Ferritic Nitrocarburizing, ISBN, ASM International Materials Park, Ohio (2003).

[5] A. ZJUMBLLEV, I ZJUMBLLEV: Influence of the Nitrided Zone Over the Wear Resistance of Ion-Nitrided Steels. Proceedings fo the 25th ASM International Heat Treating Conference, Indianapolis, Indiana, September 14–17, 2009, USA, pp. 47-54.
( [5] А. ZJUMBLLEV, I ZJUMBLLEV: Influence of the Nitrided Zone Over the Wear Resistance of Ion-Nitrided Steels. Proceedings fо the 25th ASM International Heat Treating Conference, Indianapolis, Indiana, September 14–17, 2009, USA, pp. 47-54. )

[6] F.CZERWINSKI: Heat Treatment—Conventional and Novel Application, Janeza: InTech, (2012).

[7] Y. KAYALI: Wear and Corrosion Behaviour of Borided and Nitrided M2 High Speed Steel, Journal of the Balkan Tribological Association, 19 (3), pp.340–353 (2013).

[8] F.LOFLERL: Methods to investigate mechanical properties of coatings, Thin Solid Films 339 (1999) p. 181-186.

[9] A. ZJUMBLLEV, D. RUCHEV: Geometrical and force analysis of a stand for testing coatings. Journal of the Technical University of Plovdiv ”Fundamental Sciences and Applications”, Vol. 16, 2011, pp. 61-64.