component
de and plastic component p) during isothermal loading of specimens of organic glassy polymers of various chemical nature by uniaxial compression at Tdef < 0.6 Tg within the strain range
def < 45–50%.
Stepwise Mechanism of the Nucleation of Plastic Deformation
in Glassy Polymers
E. F. Oleinik, S. N. Rudnev, and O. B. Salamatina
Presented by Academician A.A. Berlin May 14, 2015
Received May 19, 2015
Abstract—The mechanism was studied for the nucleation of inelastic strain (its delayed elastic (anelastic)
component de and plastic component p) during isothermal loading of specimens of organic glassy polymers
of various chemical nature by uniaxial compression at Tdef < 0.6 Tg within the strain range def < 45–50%.
DOI: 10.1134/S0012501615110020
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