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Browsing by Author Fedorovich, V. A.

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Issue Date	Title	Author(s)
2020	3D methodology of research of diamond-abrasive machining process	Grabchenko, A. I.; Fedorovich, V. A.; Pyzhov, I.; Ostroverkh, Y.; Kozakova, N.
2011	3D simulation of diamond grinding process by finite element method	Mamalis, A. G.; Grabchenko, A. I.; Fedorovich, V. A.; Kundrak, J.; Babenko, A. E.
2015	Development of modular machine design and technologies of dynamic action for finishing-grinding treatment by an oscillating abrasive medium	Mamalis, A. G.; Kundrak, J.; Mitsyk, A. V.; Fedorovich, V. A.
2020	The effect of a shock wave in an oscillating working medium during vibration finishing-grinding processing	Mitsyk, A. V.; Fedorovich, V. A.; Grabchenko, A. I.
2016	Improving the Design of Diamond Wheel for High-Speed Grinding	Mamalis, A. G.; Grabchenko, A. I.; Fedorovich, V. A.; Romashov, D. V.
2020	Increase of efficiency of diamond grinding superhard of materials	Grabchenko, A. I.; Fedorovich, V. A.; Pyzhov, I.; Ostroverkh, Y.
2014	Mathematical simulation of motion of working medium at finishing-grinding treatment in the oscillating reservoir	Mamalis, A. G.; Grabchenko, A. I.; Mitsyk, A. V.; Fedorovich, V. A.; Kundrak, J.
2012	Simulation of effects of metal phase in a diamond grain and bonding type on temperature in diamond grinding	Mamalis, A. G.; Grabchenko, A. I.; Fedorovich, V. A.; Kundrak, J.
2019	Specificity of using diamond micropowders in wheels on metallic bonds	Grabchenko, A. I.; Pyzhov, I.; Dobroskok, V. L.; Fedorovich, V. A.; Ostroverkh, Y.
2020	Theoretical reasoning for efficient use of micro powders in diamond wheels on metallic bonds	Grabchenko, A. I.; Fedorovich, V. A.; Pyzhov, I.; Ostroverkh, Y.; Kozakova, N.

Showing results 1 to 10 of 10