rus
Issue #3/2024
Yu. P. Rakunov, V. V. Abramov, A. Yu. Rakunov
Information and Technological Fundamentals of a Computed Design System of Multi–Level Basic Group Technology. Part I
Information and Technological Fundamentals of a Computed Design System of Multi–Level Basic Group Technology. Part I
DOI: 10.22184/2499-9407.2024.36.3.58.65
The paper describes information and technological principles and methodology multitier basic technology system design, used top-down and bottom-up methods designing “analysis-synthesis” of construction-technological information. Application of the method of synthesis for solving enumeration technically possible integrable transitions, and set the position on professional PCs with proper table-filling technology matrix of average skill enable optimal for the existing production group process of machining precision turned parts simple and complex shapes. The system allows you to formalize the decision-making process at the optimal level for the synthesis of group tool adjustments, selection of a unified tool model and cutting modes with a real forecast of cutter life. The advantages of the proposed approach compared to traditional ones are a significant increase in the quality of the developed group technology and a sharp reduction in the time required for technological preparation of modern high-tech precision production.
The paper describes information and technological principles and methodology multitier basic technology system design, used top-down and bottom-up methods designing “analysis-synthesis” of construction-technological information. Application of the method of synthesis for solving enumeration technically possible integrable transitions, and set the position on professional PCs with proper table-filling technology matrix of average skill enable optimal for the existing production group process of machining precision turned parts simple and complex shapes. The system allows you to formalize the decision-making process at the optimal level for the synthesis of group tool adjustments, selection of a unified tool model and cutting modes with a real forecast of cutter life. The advantages of the proposed approach compared to traditional ones are a significant increase in the quality of the developed group technology and a sharp reduction in the time required for technological preparation of modern high-tech precision production.
Теги: “analysis-synthesis” method computer-aided system design deduction-induction method group technology multitier basic technology optimization of machining processes principles of development of a unified tool top-down and bottom-up design type of unified cutters автоматизация проектирования групповая прецизионная технология метод «анализа-синтеза» метод дедукции-индукции многоуровневая базовая технология нисходящее и восходящее проектирование оптимизация процессов механической обработки принципы разработки и типаж унифицированного инструмента
Information and Technological Fundamentals of a Computed Design System of Multi–Level Basic Group Technology. Part I
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