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Information × Registration Number 0216U006906, 0114U003941 , R & D reports Title Energy-saving and resource saving technologies in foundry. popup.stage_title Head Turchanin Mikhail Anatoliovich, Доктор хімічних наук Registration Date 27-07-2016 Organization Donbass State Engineering Academy popup.description2 Object of research:: processes in obtaining of castings from steel, cast iron and alloys based on nonferrous metals. The aim of the study was to Develop methods of research of opportunities of energy and resource saving in the foundry industry by improving tool life, improving manufacturing techniques of casting molds, cleaning and heat treatment of the castings, and the use of computer-aided design techniques. Research methods: micro-analysis, thermodynamic analysis, standard methods of studying the technological properties of molding compounds, x-ray analysis, standard methods of determining hardness, strength, fluidity, impact strength, regression analysis. Theoretical and practical results. Peculiarities of the interaction of samples of steel and cast iron by molten aluminum; developed methodology of studying technological and physical-mechanical properties of the moulding mixture, and processing additives to them; the algorithms are constructed for the design and calculation of parameters of elements of the mold and casting equipment for the calculation and optimization of the structure of foundries; improved giant hydrochory casting cleaning; made the stand for research of processes of cooling of a massive steel products and develop a methodology for conducting research in accordance with the terms of the hardening of the cast iron in the liquid mixtures with a content of bulk graphite. The novelty is in the systematic analysis of opportunities to reduce energy and resource consumption in the production of castings by improving technological processes and equipment. The effectiveness of the implementation is provided by the need for research results. Scope. In machine-building enterprises in the production of castings from steel and cast iron. Product Description popup.authors Абдулов Олександр Радикович Дьяченко Юрій Григорович Корсун Владислав Анатолійович Лапченко Олексій Володимирович Порохня Сергій Васильович Приходько Олег Вікторович Турчанін Михайло Анатолійович Федоров Микола Миколайович popup.nrat_date 2020-04-02 Close