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Information × Registration Number 0224U032355, 0121U113387 , R & D reports Title Theoretical and applied research in the field of applied mechanics and application of robotics, information technologies and mechatronics to increase the efficiency of technological processes and equipment of general and oil and gas engineering popup.stage_title Теоретико-прикладні дослідження у галузі прикладної механіки і застосування робототехніки, інформаційних технологій та мехатроніки для підвищення ефективності технологічних процесів і обладнання загального та нафтогазового машинобудування Head Panchuk Vitalii H., Доктор технічних наук Registration Date 20-09-2024 Organization Ivano-Frankivsk National University of Oil and Gas popup.description2  The object of the research: optimization of the methods of manufacturing threads, threaded and metal-polymer pipe connections for the oil and gas and other industries based on the design and application of effective PLM-systems of threaded systems and the development of specialized CAD systems. The purpose of the work: the development of an automated software algorithm for choosing the optimal method of thread production by creating functions that return the value of the main time, as well as the development of a template-example of a free FEA system for modeling the stress-strain state of threaded connections based on Python, Gmsh and Calculix. Research methods: Modeling means of converting Python functions into SymPy equations and LaTeX formulas, as well as developing means of symbolically solving equations whose left-hand side is a Python function. Development of a Python module for the logical derivation of facts from the Foam notes database, for the convenience of knowledge editing using wiki markup, and the logical derivation and visualization of the knowledge base in the form of graphs. The main results and their novelty: Scientific principles are proposed and components of PLM systems of threaded parts of oil and gas equipment are developed. The scientific principles of creating software tools based on the SciPy ecosystem for choosing the optimal method of making nozzles are proposed. Developed functions that return the value of the main time for various methods of thread production, tools for optimization according to the criterion of the main time. For the first time, based on Python, Gmsh and Calculix, a simple template-example of a free FEA system for modeling the stress-strain state of threaded joints has been developed. For the first time, an interactive document has been developed for Jupyter-lite, which combines different methods of system analysis to implement an effective system analysis methodology for the design of metal-polymer joints, built us Product Description popup.authors Borushchak Liubomyr O. Vriukalo Viktor V. Kopei Volodymyr B. Kostiuk Nazar O. Lohoza Andrii V. Lukan Tetiana V. Medvid Yuliia V. Odosii Zinovii M. Onysko Oleh R. Pitulei Lolita D. Panchuk Anatolii H. Proniuk Ihor V. Ropiak Liubomyr Ya. Shuliar Iryna O. popup.nrat_date 2024-10-01 Close