Publicou 4 edições por ano
ISSN Imprimir: 2152-2057
ISSN On-line: 2152-2073
IF:
0.2
5-Year IF:
0.3
Eigenfactor:
0.00004
JCI:
0.08
SJR:
0.153
SNIP:
0.178
CiteScore™::
1
H-Index:
12
Indexed in
DETERMINATION OF THE DYNAMIC MECHANICAL PROPERTIES OF LOW-MODULUS VISCOELASTIC COMPOSITES AT THE BIHARMONIC LAW OF LOADING
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RESUMO
Four series of biharmonic experiments on cylindrical samples of circular cross section were carried out. The method of determining the dynamic mechanical properties of low-modulus viscoelastic composites at the biharmonic law of loading is described. The method is used to process experimental data. As a result, graphs of the phase shear angles (PSA) between stresses and deformations of high-frequency harmonic vs. the values of deformations of low-frequency harmonic were obtained, as well as the graphs of the dynamic elasticity modulus (DEM) of high-frequency harmonic vs. the values of deformations of low-frequency harmonic at different values of the low-frequency harmonic frequencies. A comparison of the dynamic mechanical properties at the biharmonic law of loading with the results of a quasi-stationary dynamical experiment is carried out.
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Belkina, M. A. and Bulbovich, R. V. , Concerning the posing of the problem on investigation of the strain properties of the solid rocket fuel on nonstationary loading.
-
Bulbovich, R. V., Palchikovskii, V. G., and Pavlogradskii, V. V. , Method of determining the dynamic strain properties of soft viscoelastic materials, in: Science for the Industry, vol. 25, no. 12.
-
Slovikov, S. V. and Bulbovich, R. V. , Experimental investigation of the dynamic mechanical properties of viscoelastic materials.
-
Slovikov, S. V. , Method of investigating the dependence of the mechanical properties of polyurethane articles on temperature.
-
Vildeman, V. E., Tretiyakov, M. P., Tretiyakova, T. V., Bulbovich, R. V., Slovikov, S. V.,Babushkin, A. V., Il’inykh, A. V., Lobanov, D. S., and Ipatova, A. V. , Experimental Investigations of the Properties of Materials on Exposure to Complex Thermomechan.
-
Vlasova, E. A. , Series: Textbook for Universities.
-
Zuiko, V. Yu., Lobanov, D. S., and Anoshkin, A. N. , Methods of determining the ultimate strength of semi-natural specimens–panels from composite materials in static tensile, compression, and shear tests.
-
Yankin A. S., Bul’bovich R. V., Slovikov S. V., Vil’deman V. E., Pavlogradskii V. V., Viscoelastic Characteristics of Highly Filled Polymer Composites Under Two-Frequency Actions, Mechanics of Composite Materials, 52, 1, 2016. Crossref