Кафедра "Будівельні конструкції"<br> (з 2016 року увійшла до складу кафедри "Будівельне виробництво та геодезія")

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http://crust.ust.edu.ua/handle/123456789/48
ENG: Department "Building Construction" 2016 Department "Construction Industry and Geodesy"

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Browsing Кафедра "Будівельні конструкції"<br> (з 2016 року увійшла до складу кафедри "Будівельне виробництво та геодезія") by Author "Bannikov, Dmytro O."

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    Analysis of the Causes of Accidents of Steel Capacitive Structures for Bulk Materials
    (Ukrmetallurginform "STA" Ltd., 2011) Bannikov, Dmytro O.
    ENG: The data collected by the author regarding the accident rate of steel capacitive structures for the storage of bulk materials are presented. The materials include both the information written in the specialized literature, the results of the reports of practical structure investigation and review of the causes of accidents and the author's own developments, compiled on the basis of the research results. The presentation is illustrated by photographs of damages and accidents of the investigated structures.
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    Experimental Study of Horizontal Pressure Distribution on Corrugated Steel Silo Walls
    (Дніпропетровський національний університет залізничного транспорту імені академіка В. Лазаряна, Дніпро, 2016) Kachurenko, Valentyna V.; Bannikov, Dmytro O.
    EN: Purpose. The paper aims: 1) qualitative assessment of the nature of the container corrugated wall deformation caused by the load from bulk materials. 2) determination of the horizontal pressure redistribution scheme for each individual corrugation plate and the calculation method that is closer to the real situation. 3) obtaining the quantitative deformation indicators to compare them with the calculated ones produced by means of mathematical model simulation. Methodology. To achieve this purpose the different types of capacitive structure profiles were investigated and the values of total vertical displacement under load were obtained. The computational experiment used the design computer system Structure CAD for Windows. In addition, the laboratory experiment was conducted, the analysis of which is important to confirm the correctness of pre-made computer models. Findings. The conducted experiment allowed receiving the confirmation of the FEM calculated data, namely qualitatively and quantitatively the deformation direction and nature completely repeated the design situation in SCAD. The work of corrugated profile was analysed for different theoretically possible load schemes and different calculation methods. Also the work contains the recommendations for the real calculation using computer simulation. During a joint study the authors obtained the data that allow for more accurate assessment of the corrugated profile performance under the pressure from bulk materials. Originality. The conducted research and experimental tests explain and clarify the ways for possible redistribution of bulk material pressure on each corrugation plate, while there is no such information in the existing recommendation literature and regulatory framework concerning the capacitive structure design. Practical value. The use of the proposed solutions is useful for correct design of containers with corrugated walls during further calculations and search of new directions for future research.