Abstract
The general stress-strain relationship derived in an earlier paper is applied to analyse experimental stress-strain curves of polystyrene-polyethylene blends. It is concluded from the stress and temperature dependence of the rates of craze initiation and craze growth that these rates can be described by means of the Eyring relationship. By inserting this result in the general stress-strain relationship, experimental stress-strain curves could be compared with stress-strain curves as predicted by the model. For constant strain rate experiments and constant stress rate experiments a good agreement was obtained, proving the applicability of the model.
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