The different mechanisms that contribute to energy dissipation during deformation of a toughened acrylic resin were investigated. Analysis of volume changes, effect of thermal treatments and direct observation via TEM showed a progressive shift from multiple crazing to cavitation and shear yielding with the increase of testing temperature.
Deformation mechanisms in a toughened acrylic resin at different temperatures / Pini, T., Castellani, L., Briatico-Vangosa, F., Frassine, R., Rink, M.. - (2018). (DYFP - Deformation, Yield and Fracture of Polymers Kerkrade; Netherlands ).
Deformation mechanisms in a toughened acrylic resin at different temperatures
Tommaso Pini;
2018
Abstract
The different mechanisms that contribute to energy dissipation during deformation of a toughened acrylic resin were investigated. Analysis of volume changes, effect of thermal treatments and direct observation via TEM showed a progressive shift from multiple crazing to cavitation and shear yielding with the increase of testing temperature.File allegati a questo prodotto
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