
В работе приведены теоретические решения по определению условий повышения производительности, параметров качества и точности механической обработки лезвийными и абразивными инструментами. Показана эффективность применения силового и высокоскоростного резания, обоснованы условия уменьшения энергоемкости обработки, которая при лезвийной обработке меньше, чем при шлифовании. Доказана перспективность повышения точности обработки за счет применения шлифования без поперечной подачи с заданным начальным натягом в технологической системе. The paper presents theoretical solutions for determining the conditions for increasing productivity, quality parameters and the accuracy of machining with blade and abrasive tools. The efficiency of the use of high-speed and high-speed cutting is shown, the conditions for reducing the energy intensity of the treatment, which are less than the grinding treatment, are justified. The prospects of increasing the accuracy of processing due to the use of grinding without transverse feed with a given initial tension in the technological system are proved.
technological system, производительность обработки, температура резания, условное напряжение резания, технологическая система, conditional cutting stress, механическая обработка, grinding, elastic displacement, шлифование, processing capacity, cutting temperature
technological system, производительность обработки, температура резания, условное напряжение резания, технологическая система, conditional cutting stress, механическая обработка, grinding, elastic displacement, шлифование, processing capacity, cutting temperature
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