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Information × Registration Number 0210U000739, 0107U000520 , R & D reports Title Development of new technological circuits of processing by pressure with the purpose of management of properties of composite powder materials of functional purpose on the basis of alloys of iron, the titan and copper by application of not destroying circuits of load, described by significant deformations of shift popup.stage_title Head Bagliuk Genadiy, Registration Date 19-03-2010 Organization Frantzevich Insitute for Materials Science Problems of the Ukranian National Academy of Sciences popup.description2 The expediency and efficiency of application for reception of products with increased physicomechanical properties and operational characteristics patterns hot and cold deformation of sintered porous preforms with realization of intensive shear loadings for production of products with increased physicomechanical properties and operational characteristics is proved. The new effective patterns of preforms deformation from porous materials are developed which provide a high level of shear deformations. Is shown, that utilisation of porous preforms hot forging allows to supply more homogeneous and fine-grained structure and increased physicomechanical properties and operational characteristics of a material in comparison with other technological processes. Product Description popup.authors Баглюк Геннадій Анатолійович Гончарук Дмитро Андрійович Зарицький Олександр Миколайович Кудь Валентина Костянтинівна Куровський Валентин Якович Майданюк Олександр Петрович Михайлов Олег Володимирович Напара-Волгіна Світлана Георгівна Осипов Вячеслав Дмитрович Сердюк Геннадій Георгійович Сосновський Леонід Олександрович Хоменко Олексій Ігорович Штерн Михайло Борисович Яковенко Роман Володимирович popup.nrat_date 2020-04-02 Close
R & D report
Head: Bagliuk Genadiy. Development of new technological circuits of processing by pressure with the purpose of management of properties of composite powder materials of functional purpose on the basis of alloys of iron, the titan and copper by application of not destroying circuits of load, described by significant deformations of shift. (popup.stage: ). Frantzevich Insitute for Materials Science Problems of the Ukranian National Academy of Sciences. № 0210U000739
1 documents found

Updated: 2026-03-21