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A constitutive model of a high-hardness rubber in the small strain amplitude is constructed based on the stationary and non-stationary random vibration tests. The mechanical properties of the high-hardness rubber depend mainly on the strain amplitude, vibration frequency and temperature. Because the present high-hardness rubber has a smaller dependence on the vibration frequency and temperature compared to the ordinary visco-elastic materials, the dependence on the strain amplitude is considered mainly. The validity of the proposed constitutive model is investigated by the comparison with the results by the test.

STRAIN AND FREQUENCY DEPENDENCE OF HIGH-HARDNESS RUBBER IN THE RANGE FROM VERY SMALL UP TO LARGE DISPLACEMENT