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We have proposed a calculation method for predicting the master curve corresponding to dynamic viscoelastic measurement results of rubber obtained under experimental conditions with temperature variance and constant frequency. Our methodology consists of a calculation method based on linear-viscoelastic theory, which makes it possible to predict the master curve for the storage modulus using the relation between frequency and loss modulus. To investigate the method’s effectiveness and stability, we applied it to the experimental results for two material types: carbon-black-filled SBR (SBR/CB) with a volume fraction of 25% and silica-filled SBR (SBR/Silica) with a volume fraction of 20%. These results verified that this method’s predictive performance is good and that the stability of the calculated results is excellent.

nihon kikai gakkai ronbunshū. a

Prediction Technique of Master Curve of Rubber Materials from the Data by Dynamic Mechanical Analyzer under Frequency-Constant / Temperature-Sweep Test Condition