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Документ Закономерности создания физической модели процесса теплообразования при глубоком сверлении(Наука и образование, 2006) Маршуба, Вячеслав Павлович; Плахотникова, Инна БорисовнаДокумент Моделирующая установка по определению адгезионной составляющей силы трения в процессе резания материалов(НТУ "ХПИ", 2008) Маршуба, Вячеслав Павлович; Плахотникова, Инна Борисовна; Маршуба, О. В.Determination of substantive provisions, methods of researches of mechanical and adhesive constituent of force of friction in the process of cutting of different materials. Taking for basis the developed method of researches of constituents of force of friction, and also existent conformities to the law of cooperation of the physical phenomena arising up and flowing in the process of cutting, to create the physical and mathematical model of process of formation of growths on the basis of the explored mechanism of mechanical and adhesive constituent of force of friction.Документ Особенности создания физической модели в свете общей математической модели процесса резания материалов(НТУ "ХПИ", 2007) Плахотникова, Инна Борисовна; Маршуба, Вячеслав ПавловичThe features of making of physical model of process of cutting at boring of openings are considered in different materials depending on influence of the physical phenomena on this process in the zone of cutting and zone of treatment. Offered approach to making of physical model, is instrumental in appearance of general mathematical model, which describes the processes of influencing of the physical phenomena between itself and accompanying the deep boring.Документ Метод определения температуры в зоне резания в зависимости от конструктивных элементов и геометрических параметров режущей части спирального сверла(НТУ "ХПИ", 2005) Маршуба, Вячеслав Павлович; Плахотникова, Инна БорисовнаThe method for the investigation of distribution of the heat flows and heat sinks in the de-tail and cutting tool at peck feed drilling of linear aluminum alloys is proposed. On the basis of proposed method which allows to define the relationships for heat distribution, it is possible to determine the temperature fields both on the of drill’s surface, and on its body. The usage of these relationships will allow determining the necessary conditions for processing of apertures with maximum productivity while processing of details from these alloys.