Russian Federation
A procedure for the definition of female shaver geometrics on the basis of the computation for relative motion velocities of a tool and a blank is offered. On the basis of the theory for the vector direction computation of a relative velocity on a shaver there are developed designs of shavers with sloping and upright chip grooves. Options for chip groove locations for different conditions of shaving are considered.
female shaver; chip groove; relative velocity of motion.
1. Kalashnikov, A.S. Efficient technologies in manufacturing cog-wheels // Reference Book. Engineering Journal. - 2012. - № 11. - pp. 44 - 51.
2. Klepikov, V.V., Solonitsyn, B.M. Technological potentialities increase in cog-wheel finishing // Bulletin of Mechanical Engineering. - 2005. - № 11. - pp. 47 - 49.
3. Parametric Optimization in Cog-Wheel Machining. Monograph: Vinogradov V.M., Cherepakhin A.A., Klepikov V.V./ Deutschland, Saarbrucken, the publishing house LAP Lambert Academic Publishing GmbH &Co., 2012 g. - pp. 230.
4. Klepikov, V.V., Cherepakhin, A.A. Impact of teeth shaping method upon allowance form for teeth finishing operations and their accuracy // Science Intensive Technologies in Mechanical Engineering. - 2016. - № 3(57). pp . 35 - 39.
5. Solonitsyn, B.M., Klyopikov, V.V. Up-dating of method for teeth shaving of spur cog-wheels with female shavers // Tractors and Agricultural Machinery. - 2010. - № 3. - pp. 59 - 53.
6. Solonitsyn, B.M., Klepikov, V.V. Quality and efficiency increase in cog-wheel shaving // Bulletin of Mechanical Engineering. - 2008. -№ 10. - pp. 54 - 55.