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# Malkov

Analysis of the Thread Milling Methods
Engineering Education # 04, April 2016
DOI: 10.7463/0416.0838440
pp. 1-33
Defining a Minimum End Mill Diameter
Engineering Education # 11, November 2015
DOI: 10.7463/1115.0827318
pp. 43-59
Determination of the Tapping Part Diameter of the Thread Mill
Engineering Education # 10, October 2015
DOI: 10.7463/1015.0821197
pp. 74-87
The Analysis of Design Parameters of Thread Milling Cutters
Engineering Education # 07, July 2015
DOI: 10.7463/0715.0779372
pp. 76-95

Engineering Bulletin # 11, November 2014
УДК: 378.147
Developing a Mathematical Model of the Tooth Profile Angles of Thread Milling Cutter With Helical Flutes
Engineering Education # 04, April 2014
DOI: 10.7463/0414.0707227
Based on the developed geometrical model an experiment is conducted to calculate the values of tooth profile angles of thread milling cutter with helical flutes at variation of five factors in the established factorial space. When planning the experiment the full central composite draft has been elaborated in the coded form for five factors at three levels taking into account the orthogonality and the impossibility to conduct repeatedly experiments in the chosen points. Mathematical models are developed to calculate the tooth profile angles of thread milling cutter with helical flutes allowing to obtain the values of angles depending on a pitch of thread, a cutter diameter, a rake angle, an angle of lead of helical flutes, and a back angle. Calculation of the profile angles made according to polynoms for all combinations of factors has shown that an error of calculated values in comparison with the values obtained using a geometrical model do not exceed a tolerance for a half of tooth profile angle according to GOST 1336-77.
Design and research of calculation models of the tooth profile angles of thread milling cutter with helical flutes
Engineering Education # 03, March 2014
DOI: 10.7463/0314.0702743
The paper presents a developed in CATIA V5 R17 software geometric model, allowing to determine the angles of the tooth profile of thread milling cutter with helical flutes. The model research has been conducted for geometric and design parameters of thread milling cutter, made of cemented carbide and high speed steel. It is established that available rake and clearance angles, and inclination angle of helical flutes at the accepted values of pitch and diameter of the tool lead to obtaining the angles of the tooth profile other than 30 degrees, thus requiring the calculation of angles β1 and β2 in each case of design. In the general case we have an asymmetrical profile with respect to the axis passing through the top of the tooth. The influence of geometrical and design parameters of the model on the values calculated angles is established.
Teeth profiling of thread milling cutters with helical flutes
Engineering Education # 06, June 2013
DOI: 10.7463/0613.0579350
This article presents a description of existent methods of correlation adjustment of tooth contour of thread milling cutters with straight flute. The author developed a method for profiling teeth of a thread milling cutting’s tapping unit with helical flutes and a face surface in the front section in the form of a line with a face angle which is not equal to 0°. Calculation showed that in a general case the thread milling cutter’s tooth contour for processing a metric thread is an unsymmetrical one with a deviation from 30 degrees which depends on the diameter of a tapping unit, a pitch of thread, an angle of slope of helical flutes and both end and front angles.
Research of accuracy of a carving at covering carving-milling
Engineering Education # 05, May 2009
At designing  the tool on the basis of a carving-forming mill the basic attention is necessary to give it carving-forming to a part which influences accuracy of a profile of a cut carving.

Engineering Education # 6, June 2004

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