ABSTRACT: Stress, strain, and optical birefringence were measured for cross-linked natural rubber in compression and tension over a range of strains. The experimental data were compared to the constrained-junction theory (Flory, P. J.; Erman, B.Macromolecules 1982, 15, 800) and to the constrained-chain theory (Kloczkowski, A.; Mark, J. E.; Erman, B.Macromolecules 1995, 28, 5089). These elasticity theories were found to fit both the stress and birefringence data quite well in tension. However, discrepancies arise when both compression and tension data are analyzed together. The differences between the models were minor, compared to their deviation from experiment
Polymers are long chain molecules with important biological and technical applications. By introduci...
ABSTRACT: We develop and solve a new molecular model for nonlinear elasticity of entangled polymer n...
Constitutive models for chemically reacting networks are formulated based on a generalization of the...
ABSTRACT: Stress, strain, and optical birefringence were measured for a series of peroxide-cured nat...
A newly developed real time spectral birefringence technique was implemented to follow the coupled r...
A newly developed real time spectral birefringence technique was implemented to follow the coupled r...
The statistical theory of the birefringence of an individual non-Gaussian elastomer chain is used to...
Robust quantitative crosslink density characterization becomes necessary for the complete understand...
At first a survey is given on the thermodynamics of rubber-elasticity and the results of the statist...
Elasticity in rubber materials depends on different molecular parameters that define the network str...
Elasticity in rubber materials depend on molecular parameters that define the network structure. Cr...
ABSTRACT: The existence of a discontinuity in the modulus of rubber as the strain transitions from c...
Elasticity in rubber materials depends on different molecular parameters that define the network str...
AbstractA constitutive model is derived for the elastic behavior of rubbers at arbitrary three-dimen...
AbstractDuring cyclic loading, both natural and synthetic elastomers exhibit a stress-softening phen...
Polymers are long chain molecules with important biological and technical applications. By introduci...
ABSTRACT: We develop and solve a new molecular model for nonlinear elasticity of entangled polymer n...
Constitutive models for chemically reacting networks are formulated based on a generalization of the...
ABSTRACT: Stress, strain, and optical birefringence were measured for a series of peroxide-cured nat...
A newly developed real time spectral birefringence technique was implemented to follow the coupled r...
A newly developed real time spectral birefringence technique was implemented to follow the coupled r...
The statistical theory of the birefringence of an individual non-Gaussian elastomer chain is used to...
Robust quantitative crosslink density characterization becomes necessary for the complete understand...
At first a survey is given on the thermodynamics of rubber-elasticity and the results of the statist...
Elasticity in rubber materials depends on different molecular parameters that define the network str...
Elasticity in rubber materials depend on molecular parameters that define the network structure. Cr...
ABSTRACT: The existence of a discontinuity in the modulus of rubber as the strain transitions from c...
Elasticity in rubber materials depends on different molecular parameters that define the network str...
AbstractA constitutive model is derived for the elastic behavior of rubbers at arbitrary three-dimen...
AbstractDuring cyclic loading, both natural and synthetic elastomers exhibit a stress-softening phen...
Polymers are long chain molecules with important biological and technical applications. By introduci...
ABSTRACT: We develop and solve a new molecular model for nonlinear elasticity of entangled polymer n...
Constitutive models for chemically reacting networks are formulated based on a generalization of the...