Rankings
Publications
Sources
Publishers
Scholars
Organizations
About
Login
Register
Home
Publications
Linear viscoelasticity revisited: the relaxation function of monodisperse polymer melts
Home
Publications
Linear viscoelasticity revisited: the relaxation function of monodisperse polymer melts
Linear viscoelasticity revisited: the relaxation function of monodisperse polymer melts
AB
A. Benallal
A. Benallal
GM
G. Marin
G. Marin
JM
J. P. Montfort
J. P. Montfort
CD
C. Derail
C. Derail
Publisher Website
Google Scholar
Cite
Download
Share
Download
1 December 1993
journal article
Published by
American Chemical Society (ACS)
in
Macromolecules
Vol. 26
(26)
,
7229-7235
https://doi.org/10.1021/ma00078a018
Abstract
Cited By 47International audienceThe linear viscoelastic properties of linear polymers may be calculated from the models of molecular dynamics derived from the reptation concept. The paper presents an analytical form of the complex shear modulus integrating the various relaxation processes of linear flexible chains over a wide range of time or frequencies covering the terminal relaxation region up to the glassy behavior. The model may be easily translated from one polymer species to another, and model predictions are compared with the experimental data for various polymers: polystyrene, polybutadiene, and poly(methyl methacrylate). © 1993, American Chemical Society. All rights reserved
Keywords
MODEL
RELAXATION
BEHAVIOR
FUNCTION
VARIOUS
LINEAR VISCOELASTICITY
LINEAR VISCOELASTIC PROPERTIES
LINEAR POLYMERS
All Articles
Open Access
Cited by 59 articles