The paper presents research to verify the effectiveness of nine selected material models of elastomeric materials based on
uniaxial tension test. Basing on the cyclic uniaxial tension test of elastomers sample, the stress-strain characteristic for the 18th load
cycle was prepared. On the basis of the obtained characteristic, the values of material constants were calculated for the studied models
(Neo-Hookean, Mooney with two and three constants, Signorini, Yeoh, Ogden, Arruda-Boyce, Gent and Marlow) and simulation
of tensile, upsetting and bending processes was performed with the usage of the software MARC/Mentat. The effectiveness of the
selected models was determined based on a comparison of results obtained in the experimental tensile test, upsetting test and bending
test of an elastomeric samples with the results of numerical FEM calculations for each models. The research has shown that,
for modeling of the elastomeric cylinder upsetting in the range of deformation of 62%, the best results with the comparison of the
experiment were obtained by using the Yeoh model. In the bending process none of the analyzed models indicate a high convergence
of results from an experiment. Analyzing the characteristics of the experimental and numerical tensile test it can be seen that
in the entire range of punch movement (0 to 55 mm), models Signorini, Marlow, Ogden(N3) and Mooney(3) give the best results.
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