Физическое моделирование напряженно-деформированного состояния твердосплавных инструментов из наноразмерных зерен монокарбида вольфрама при шлифовании

Abstract

The technique of forming simulation for grinding diamond wheel of the stress-strain state in the tungsten carbide plate of nanosized tungsten grains monocarbide. It is shown that with the in crease in the volume performance grinding of carbide plates "WolKar" at a depth of more than one micrometer for the treated surface can be formed of damage. The results of numerical studies correlate with the experimental data obtained earlier for the combined processing.