7 pagesWe study the dynammics of a single polymer subject to thermal fluctuations in a linear shear flow. The polymer is modeled as a finitely extendable nonlinear elastic (FENE) dumbbell. Both orientation and elongation dynamics are investigated numerically as a function of the shear strength, by means of a new efficient integration algorithm. The results are in agreement with experiments
A tube and reptation model is presented which is capable of generating quantitative predictions of t...
The relaxation dynamics of molten monodisperse polymers are well described by tube-based theories in...
We examine several aspects of the dynamics of linear polymers under shear and extensional flows. We ...
7 pages, see also the preceding paper (http://arxiv.org/nlin.CD/0503028)We study the dynamics of a s...
We study the dynamics of a single polymer subject to thermal fluctuations in a linear shear flow. Th...
We investigate numerically the dynamics of a single polymer in a linear shear flow. The effects of t...
In our previous work, we explored the dynamics of a dilute suspension of rigid dumbbells as a model ...
We investigate the linear and non-linear rheological behavior in shear of a concentrated solution of...
The phenomenon of drag reduction by polymers in turbulent flow has beenstudied over the last 60 year...
We study the rheological properties of concentrated polymer solution and the melt under simple shear...
In the shear flow of liquid crystalline polymers (LCPs) the nematic director orientation can align w...
Quantitative prediction of the rheological properties of polymers will become an important tool that...
The conformational dynamics of individual, ßexible polymers in steady shear ßow were directly observ...
The conformational dynamics of individual, ßexible polymers in steady shear ßow were directly observ...
The coarse-graining approach is one of the most important modeling methods in research of long-chain...
A tube and reptation model is presented which is capable of generating quantitative predictions of t...
The relaxation dynamics of molten monodisperse polymers are well described by tube-based theories in...
We examine several aspects of the dynamics of linear polymers under shear and extensional flows. We ...
7 pages, see also the preceding paper (http://arxiv.org/nlin.CD/0503028)We study the dynamics of a s...
We study the dynamics of a single polymer subject to thermal fluctuations in a linear shear flow. Th...
We investigate numerically the dynamics of a single polymer in a linear shear flow. The effects of t...
In our previous work, we explored the dynamics of a dilute suspension of rigid dumbbells as a model ...
We investigate the linear and non-linear rheological behavior in shear of a concentrated solution of...
The phenomenon of drag reduction by polymers in turbulent flow has beenstudied over the last 60 year...
We study the rheological properties of concentrated polymer solution and the melt under simple shear...
In the shear flow of liquid crystalline polymers (LCPs) the nematic director orientation can align w...
Quantitative prediction of the rheological properties of polymers will become an important tool that...
The conformational dynamics of individual, ßexible polymers in steady shear ßow were directly observ...
The conformational dynamics of individual, ßexible polymers in steady shear ßow were directly observ...
The coarse-graining approach is one of the most important modeling methods in research of long-chain...
A tube and reptation model is presented which is capable of generating quantitative predictions of t...
The relaxation dynamics of molten monodisperse polymers are well described by tube-based theories in...
We examine several aspects of the dynamics of linear polymers under shear and extensional flows. We ...