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Information × Registration Number 0215U000629, 0112U002776 , R & D reports Title Develop a methodology to determine the stress-strain state and diagnosing layered composites under static and dynamic loads by means of speckle-metrology popup.stage_title Head Ivanytskij Yaroslav, Registration Date 20-03-2015 Organization Karpenko Physico-Mechanical Institute of the National Academy of Science of Ukraine popup.description2 A series of experimental investigations for determination the critical value of rumple stresses with using digital image correlation method (DIC) for coal laminate composite ЕЛУР-008П/БН at various geometrical parameters of bolting connection "composite-metal". From the results of experiments was established the optimum thickness of the investigated composite material specimen for maximum to rumple resistance. It is shown that the layers of the composite scheme of laying 0? reduce tensile strength at rumple 10 ... 20%. The method of measuring surface topography composite using electronic speckle interferometry (ESI), which can detect hidden defects in the vicinity technological holes and measure their size for a small load. Calculation-experimental method for determining the mechanical stiffness of connection "composite-metal" with the using DIC method imaging surface samples during tests on rumple. Product Description popup.authors Бойко Василь Миколайович Войтко Мирон Васильович Вороняк Тарас Іванович Гвоздюк Микола Марянович Гембара Оксана Володимирівна Голинський Іван Стахович Дрималик Андрій Романович Кметь Аркадій Борисович Кулинич Ярослав Петрович Куриляк Дозислав Богданович Куць Олександр Григорович Максименко Олександр Парфенович Муравський Леонід Ігорович Назарчук Зіновій Теодорович Сахарук Олександр Миколайович Чепіль Ольга Ярославівна popup.nrat_date 2020-04-02 Close
R & D report
Head: Ivanytskij Yaroslav. Develop a methodology to determine the stress-strain state and diagnosing layered composites under static and dynamic loads by means of speckle-metrology. (popup.stage: ). Karpenko Physico-Mechanical Institute of the National Academy of Science of Ukraine. № 0215U000629
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Updated: 2026-03-26