Abstract
Educational and scientific publications orient future specialists of the repair and maintenance profile when studying the discipline of enterprise design to optimize technical solutions according to the criteria of minimum production area of premises and buildings and transport work for moving machines and aggregates, but they do not offer qualitative and quantitative methods of this optimization. (Research purpose) The research purpose is in developing the measures to reduce the production area and transport work on the movement of products during the reconstruction and technical re-equipment of repair and maintenance enterprises. (Materials and methods) Geometric optimization according to the criteria of transport work for the movement of repaired and serviced products and the production area of the production building has been used during the study. The layout decision of the industrial buildings subject to technological requirements, restrictions, safety and rational due to the location of the plots, the minimum transport equation serviced (repairable) goods and traffic flows. (Results and discussion) The article presents the concept of a composite center in the layout of the production building of a repair and maintenance enterprise in design practice. The location relative to each other plots of maintenance and repair of operational and integrated operating company, as well as disassembly and cleaning, restoration of parts and a pick-assembly plots repair company that will ensure the movement of goods heaviest path of least length are justified. (Conclusions) The use of composite centers in design work during the reconstruction and technical re-equipment of production sites of operational, maintenance and repair enterprises with the optimization procedure allows you to obtain a housing layout with a minimum production area and the least transport work to move the repaired or serviced products.
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