A two-mechanism finite viscoelastic model, combining molecular relaxation and Ree-Eyring intermolecular rearrangement, reproduces rate stiffening and glass-transition-like behavior in elastomers across roughly six decades of strain rate.
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A finite viscoelastic constitutive model for low to high strain rate response of elastomers with application of strain rate-induced glass transition
A two-mechanism finite viscoelastic model, combining molecular relaxation and Ree-Eyring intermolecular rearrangement, reproduces rate stiffening and glass-transition-like behavior in elastomers across roughly six decades of strain rate.