A transient molecular network model is built to describe the non-linear viscoelasticity of polymers by considering the effect of entanglement loss andregeneration on the relaxation of molecular strands. It is an extension of previousnetwork theories. The experimental data on three thermoplastic ...EI04371-381
Polymeric materials typically present a complex response to mechanical actions; in fact, their behav...
Aspects of a network model for concentrated dispersions are applied to polymer networks. It is shown...
The non-linear stress-strain relation for crosslinked polymer networks is studied using molecular dy...
ABSTRACT: We develop and solve a new molecular model for nonlinear elasticity of entangled polymer n...
We report on recent progress made on linear rheology of binary entangled polymers towards their nonl...
In this work, the rheological behavior of complex fluids is analyzed with a model based on the class...
A kinetic model was developed for relating the molecular structure and the rheological behaviour of ...
AbstractThis paper reviews the research on network models of the entangled polymer melts from kineti...
ABSTRACT: The theory of intra- and interchain relaxation processes for the local dynamic characteris...
This paper proposes a simple model of transient networks of telechelic associating polymers for mole...
A molecular theory is developed to describe quantitatively the mechanical behavior of entanglement n...
Abstract. " Aspects of a network model for concentrated dispersions are applied to polymer netw...
The effect of network connectivity on viscoelastic relaxation in transient networks with well-define...
In this paper, we propose a new molecular relaxation mechanism for polymers by considering the chang...
International audiencePolymers are characterized by a rich variety of mechanical properties originat...
Polymeric materials typically present a complex response to mechanical actions; in fact, their behav...
Aspects of a network model for concentrated dispersions are applied to polymer networks. It is shown...
The non-linear stress-strain relation for crosslinked polymer networks is studied using molecular dy...
ABSTRACT: We develop and solve a new molecular model for nonlinear elasticity of entangled polymer n...
We report on recent progress made on linear rheology of binary entangled polymers towards their nonl...
In this work, the rheological behavior of complex fluids is analyzed with a model based on the class...
A kinetic model was developed for relating the molecular structure and the rheological behaviour of ...
AbstractThis paper reviews the research on network models of the entangled polymer melts from kineti...
ABSTRACT: The theory of intra- and interchain relaxation processes for the local dynamic characteris...
This paper proposes a simple model of transient networks of telechelic associating polymers for mole...
A molecular theory is developed to describe quantitatively the mechanical behavior of entanglement n...
Abstract. " Aspects of a network model for concentrated dispersions are applied to polymer netw...
The effect of network connectivity on viscoelastic relaxation in transient networks with well-define...
In this paper, we propose a new molecular relaxation mechanism for polymers by considering the chang...
International audiencePolymers are characterized by a rich variety of mechanical properties originat...
Polymeric materials typically present a complex response to mechanical actions; in fact, their behav...
Aspects of a network model for concentrated dispersions are applied to polymer networks. It is shown...
The non-linear stress-strain relation for crosslinked polymer networks is studied using molecular dy...