We consider a procedure for coarse-graining polymer molecules from the atomistic level of description to the reptation level for entangled polymers. The coarse-grained polymer model obtained with a competing-spring construction belongs to a class of models, referred to as tapeworms, for which a straightforward solution scheme based on generating functions is discussed and illustrated. The significance of the results and several perspectives for nonequilibrium simulations of entangled polymers are discussed. for LaTeX users @article{HC\"Ottinger2004-120, author = {H. C. \"Ottinger}, title = {Coarse-graining of wormlike polymer chains for substantiating reptation}, journal = {J. Non-Newtonian Fluid Mech.}, volume = {120}, pages = {207-213}, year = {2004} }
\bibitem{HC\"Ottinger2004-120} H.C. \"Ottinger, Coarse-graining of wormlike polymer chains for substantiating reptation, J. Non-Newtonian Fluid Mech. {\bf 120} (2004) 207-213.HC\"Ottinger2004-120 H.C. \"Ottinger Coarse-graining of wormlike polymer chains for substantiating reptation J. Non-Newtonian Fluid Mech.,120,2004,207-213 |