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Information × Registration Number 0216U006589, 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 20-04-2016 Organization Karpenko Physico-Mechanical Institute of the National Academy of Science of Ukraine popup.description2 Strain-state state estimation of central carbon-plastic composite plate fixed by bolt with side plates produced from steel 45 was represented. Calculations at working conditions of these connections under tension loading was performed. A top loading elements of bolt connection was identified. Estimation of fatigue life (cycles to failure) of bolt connection was performed. The model represented results in linear mechanics. A new technique of 3D field of deformation distributions in investigated zone at plastic deformations of specimen made by composite materials. This approach makes it possible to significantly simplify experimental equipment, measurement algorithm and increase the range of fixed displacement. This paper deals with the problem of interaction of elastic waves with SH-waves defect in a plate of polymer composite material, which is placed parallel to the stress-free wafer surfaces without imposing restrictions on the depth of its occurrence. Product Description popup.authors Бойко Василь Миколайович Войтко Мирон Васильович Вороняк Тарас Іванович Гвоздюк Микола Марянович Голинський Іван Стахович Дрималик Андрій Романович Кметь Аркадій Борисович Кулинич Ярослав Петрович Куриляк Дозислав Богданович Куць Олександр Григорович Личак Олег Васильович Максименко Олександр Парфенович Муравський Леонід Ігорович Назарчук Зіновій Теодорович Сахарук Олександр Миколайович Франкевич Людмила Франківна 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. № 0216U006589
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Updated: 2026-03-22