Machining of Titanium Alloys with Wave Milling Cutters


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In the paper it is pointed out that machining of titanium alloys is the most difficult problem in metal cutting. The leading world companies are dealing with this problem, as titanium alloys are the basis of the aerospace industry. In the paper high-speed cutters with wavelike teeth edges used for titanium alloys processing are investigated. Every subsequent tooth is displaced at half-space distance. This reduces power load on the hardening of the machined surface. On the basis of power and wear-resistance studies, the advantage of wavy milling cutters in comparison with standard ones is established; it is proved that wavy cutters have a lower specific power load, greater wear resistance and less surface hardening.



Edited by:

Dr. Dmitry A. Chinakhov




G.I. Korovin et al., "Machining of Titanium Alloys with Wave Milling Cutters", Materials Science Forum, Vol. 927, pp. 79-85, 2018

Online since:

July 2018




[1] Krivoukhov V.A. Machining of titanium alloys. M.: Mechanical Engineering, (1970).

[2] Petrukha P.G. Cutting hard-to-work materials. Moscow: Mechanical Engineering, (1972).

[3] Granovsky G.I., Granovsky V.G. Cutting of metals. Moscow: Higher School, (1985).

[4] Emmanel O/ Ezugwu, Rosenmar Batista Da Silva, Wisley Falco Sales. Overview of the Machining of Titanium Alloys. Encyclopedia of Sustainable Technologies. 2017.pp.487-506.


[5] Catalog of cutting tools URL: catch_the_wave_titanium.

[6] Catalog of cutting tools. URL: catalog/M42-Multi-Flute-CC,228.aspx.

[7] Catalog of cutting tools URL: http: //

[8] Catalog of cutting tools URL: https: // common/resources/downloads/literature/WIDIA%20Catalogs/Hanita-Rubig_A-09-02077EN_mm.

[9] S.I. Petrushin, R.Kh.Gubaidulina. Scheme of chips formation when non-free cutting // Machines and tools. 2 (2018) 35-40.

[10] O. Yu. Retyunsky, A. A. Kurilin, Stipulation of Conditions of CMF with Required Allocation of Tool Materials, J. Applied Mechanics and Materials Scientific. 682 (2014) 474-479.


[11] G.I Korovin., A.V. Filippov., A.V. Proskokov, V.V. Gorbatenko, IEffect of cutting edge geometrical parameters on formation of a plastic deformation area during machining of titanium alloy OT-4 J/Vestnik of MSTU named after. N.E. Bauman. Machine Building,Series 17 (2016).

[12] S.V. Gruby, A.A. Las ukov, R.Yu Nekrasov, E.V. Politsinsky and D.A. Arkhipova, Controlling the type and the form of chip when machining steel ,J. Materials Science and Engineering 142 (2016) 7-10.


[13] M. Cotterell, G. Byrne. Characterisation of chip formation during orthogonal cutting of titanium alloy Ti–6Al–4V. CIRP. J. Manufacturing. Science. Technology, 1 (2008) 81–85.


[14] Abdulhakim Ali Sultan, A. Chukwujekwu Okafor. Effects of geometric parameters of wavy-edge bull-nose helic on cutting force prediction in end-milling of Inconel end-mill under MQL cooling strategy 718. J. of Manufacturing Processes 23 (2016).


[15] S.N. Fedoseev, D.V Valuev, R.A. Mamadaliev, P.N. Sokolov, Application of integrated methods to improve the technological properties of steel, J. Key Engineering Materials. 736 (2017) 110-115.