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ТЕХНОСФЕРА_РИЦ
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Problems and Solutions
G. V. Samodurov, D. V. Lakhtyukhov
Russian Machine Tool Industry in 2022: Figures and Facts DOI: 10.22184/2499-9407.2023.31.2.40.46
The paper provides an analysis of key economic indicators and development trends of machine-tool industry in Russia on the basis of statistical information, collected and handled by “Stankoinstrument” Association of Machine-tool manufacture
Russian Machine Tool Industry in 2022: Figures and Facts DOI: 10.22184/2499-9407.2023.31.2.40.46
The paper provides an analysis of key economic indicators and development trends of machine-tool industry in Russia on the basis of statistical information, collected and handled by “Stankoinstrument” Association of Machine-tool manufacture
Tags: economic indicators export import and consumption of machine tools and semi-finished produc machine-tool industry production импорт и потребление металлообрабатывающих станков и кпо производство станкоинструментальная отрасль экономические показатели экспорт
News
Materials Machine Tools
А. P. Kuznetsov
Classification of Technology, Equipment and Machine Tools. Evolution and Development DOI: 10.22184/2499-9407.2023.31.2.50.72
An analysis and evolution of approaches to the methods of technology and equipment classification is presented, the state, basic gradations and peculiarities of existing classes and types of technologies and equipment, metal-cutting machines in particular, are considered. Conceptual statements, principles, structures are offered, and a constructing method for multilevel system for classifying technologies, technological methods and processes for machining of products, processing equipment, and manufacturing systems which are based on and described by an energy-information model implementing physical phenomena and effects is given.
Classification of Technology, Equipment and Machine Tools. Evolution and Development DOI: 10.22184/2499-9407.2023.31.2.50.72
An analysis and evolution of approaches to the methods of technology and equipment classification is presented, the state, basic gradations and peculiarities of existing classes and types of technologies and equipment, metal-cutting machines in particular, are considered. Conceptual statements, principles, structures are offered, and a constructing method for multilevel system for classifying technologies, technological methods and processes for machining of products, processing equipment, and manufacturing systems which are based on and described by an energy-information model implementing physical phenomena and effects is given.
Tags: classifier energy-information model metalworking equipment production processes technologies классификатор металлообрабатывающее оборудование производственные процессы технологии энерго-информационная модель
Materials processing technologies
О. V. Mikhailov, S. S. Tkachenko, A. V. Sokolov
Aspects of Environmentally Friendly Mould Making. Eco-friendly Foundry Moulds with Liquid Glass for Artistic Castings DOI: 10.22184/2499-9407.2023.31.2.76.80
It is proposed to use technology of moulds manufacturing by CO2 process with application of mixtures with liquid glass, ecologically clean binder. A plasticizing additive to reduce the amount of binder and compositions of mixtures with reduced content of binder have been investigated.
Aspects of Environmentally Friendly Mould Making. Eco-friendly Foundry Moulds with Liquid Glass for Artistic Castings DOI: 10.22184/2499-9407.2023.31.2.76.80
It is proposed to use technology of moulds manufacturing by CO2 process with application of mixtures with liquid glass, ecologically clean binder. A plasticizing additive to reduce the amount of binder and compositions of mixtures with reduced content of binder have been investigated.
Tags: additive co2 process ecology liquid glass machine tool industry mixtures compositions добавка жидкое стекло со2 процесс составы смесей станкостроение экология
M. Yu. Kulikov, A. Yu. Popov, E. O. Shevchuk, A. A. Krapostin
Finishing Abrasive Blasting of Parts Made of Polymer-composite Materials DOI: 10.22184/2499-9407.2023.31.2.82.86
The finishing abrasive machining technology of parts from polymer-composite materials (PCM), providing surface roughness (Ra ≤ 0.63) and preventing water absorption and swelling of treated surface is developed. The effective way of water-air mixture feeding into the cutting zone using inner channels of the tool is determined.
Finishing Abrasive Blasting of Parts Made of Polymer-composite Materials DOI: 10.22184/2499-9407.2023.31.2.82.86
The finishing abrasive machining technology of parts from polymer-composite materials (PCM), providing surface roughness (Ra ≤ 0.63) and preventing water absorption and swelling of treated surface is developed. The effective way of water-air mixture feeding into the cutting zone using inner channels of the tool is determined.
Tags: abrasive finishing additive technologies moisture absorption polymer-composite materials roughness water-air mixture аддитивные технологии влагопоглощение водо-воздушная смесь полимерно-композиционные материалы финишная абразивная обработка шероховатость
Information Technologies
В. М. Pozdneyev, D. V. Nikitin, E. V. Babenko
Prospects for Development and Integration of Machine Tool Engineering Into the Digital Industry Ecosystem DOI: 10.22184/2499-9407.2023.31.2.88.94
The paper considers the prospects of development and integration of enterprises and products of machine tool industry into the emerging ecosystem of digital industry. Aspects of ensuring competitiveness of machine-tool industry are considered including the development of digital transformation, integration and interoperability of management systems, forming cooperative relationships and value chains on the basis of a new set of national standards “Digital Industry”.
Prospects for Development and Integration of Machine Tool Engineering Into the Digital Industry Ecosystem DOI: 10.22184/2499-9407.2023.31.2.88.94
The paper considers the prospects of development and integration of enterprises and products of machine tool industry into the emerging ecosystem of digital industry. Aspects of ensuring competitiveness of machine-tool industry are considered including the development of digital transformation, integration and interoperability of management systems, forming cooperative relationships and value chains on the basis of a new set of national standards “Digital Industry”.
Tags: digital enterprise ecosystem industry integration machine tool industry mechanical engineering smart manufacturing standards value chains интеграция машиностроение промышленность стандарты станкостроение умное производство цепи добавленной стоимости цифровое предприятие экосистема
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