18 research outputs found
Mathematical model of elastic ribbed shell dynamics interaction with viscous liquid under vibration
Get PDFThe mechanical model of the system, formed by two surfaces of the coaxial cylindrical shells interacting with viscous incompressible liquid between them under vibration, is considered. The outer shell is geometrically irregular, and inner one is an absolutely rigid cylinder. The mathematical model of this system, consisting of differential equations in partial derivatives for describing dynamics of viscous incompressible liquid and an elastic ribbed shell together with boundary conditions is constructed. The expressions for amplitude frequency characteristics of outer geometrically irregular shell are discovered
Dynamics of interaction between a squeezed layer of a viscous incompressible fluid and an elastic three-layer plate
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Effects of Allochthonous Nitrogen on Some Physiological and Biochemical Parameters in Carps
No full textPhysiological and Biochemical Estimation of the Culture State of Moina macrocopa in the Process of Cumulative Cultivation
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Dependence of the multidipole effect on the activity of the attacking particle in radical addition reactions
No full textIsolation of hexavalent chromium-reducing Cr-tolerant facultative anaerobes from tannery effluent.
No full textEnzyme systems providing substrates and coenzymes for hyperlipogenesis in noninsulin-dependent diabetes
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