STUDY OF PLASMA-DEPOSITED LAYERS OF W-TIN ON CUTTING TOOLS.
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Keywords

Hardening
Wear
Spraying
Plasma
Coating
Titanium nitrides
cutting tools
machining

How to Cite

DJERIBAA, A., FERKOU, E., SAOULA, N., & AMARA, I. (2019). STUDY OF PLASMA-DEPOSITED LAYERS OF W-TIN ON CUTTING TOOLS. Journal of Sciences & Technology , 4(2), 47-51. Retrieved from http://revue.umc.edu.dz/index.php/st/article/view/3119

Abstract

In the mechanical industry, the success and the results obtained by the heat treatments in the improvement of the properties of mechanical parts and mechanisms, with the introduction of new alloy and composite materials, found that the introduction of other techniques is issentiels, The metal parts subject to wear must be hard, but the hard metals can be brittle, fragile and difficult to work.

A solution to this dilemma may consist in manufacturing the parts in a relatively soft and resistant alloy and then modifying its surface by the action of an appropriate treatment.

The application of surface treatments by the various spray coating techniques allow a considerable contribution to be made in order to improve  the properties of resistance to wear, the friction and to increase the life time in the mechanical parts.

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References

: W.Herr, B.Mathes, E.Broszeit and S.Kloos. Surface and coating Technology 57 (1993).

: José Miguel Fernandes Figueiredo. Analysis of the tribological behaviour of W-Ti-N coatings. Mimoire de master. Université de Prague 2013.

: V. Severo. Tribological behaviour of W–Ti–N coatings in semi-industrial strip-drawing tests. Journal of Materials Processing Technology 209 (2009) 4662–4667.Page 1.

: C. Perm. Jindal and Dennis T. quinto. Surface and coating Technology 36 (1988) 683.

: W. D. Sproul, Thin solid Films, 107 (1983) 141.

: Elaboration des normes, organisation internationale de normalisation ISO 3685 (1993), Essais de durée de vie des outils de tournage a partie active.

: Yu Xi Wang, Sam Zhang, Jyh-Wei Lee, Wen Siang Lew, Bo Li. Surface & Coatings Technology 206 (2012) 5103–5107.

: S.V. Subramanian, S.S. Ingle, D.A.R. Kay. Design of coatings to minimize tool crater wear, Surf Coat. Tech. 61, 293-299 (1993).

: M. Yalles, L. Boulanouar, S. Belhadi. Etude de l’endommagement des outils de coupe en céramique noire et en CBN lors du tournage d’un acier durci, Revue de Mécanique

: R.F. Ávila, C. Godoy, A.M. Abrão and M.M. Lima. Topographic analysis of the crater wear on TiN, Ti(C, N) and (Ti,Al)N coated carbide tools. Wear, 265(1-2):49–56 (2008).

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