Computer Simulation of Die Extrusion for Rubber Compound Using Simplified Viscoelastic Model |
Kim, J. H.
(Graduate School of NID Fusion Technology, SeoulTech)
Hong, J. S. (Graduate School of NID Fusion Technology, SeoulTech) Choi, S. H. (Hankook Tire Co.) Kim, H. J. (Hankook Tire Co.) Lyu, M. Y. (Department of Product Design and Manufacturing Engineering, SeoulTech) |
1 | S.H Choi and M.Y. Lyu, "An Application of Non-linear Viscoelastic Model to Capillary Extrusion of Rubber Compounds", Trans. Mater. Process, 16 (2007). |
2 | M.Y. Lyu, D.M. Park, H.J. Kim, and J.L. Y, "Computer Simulation of Viscoelastic Flow in a Capillary Die for Rubber Compounds", Elastomers, 41 (2006). |
3 | R.B. Bird, R.C. Armstrong, and O. Hassager, "Dynamics of Polymeric Liquids", John Wiley & Sons, NY (1987). |
4 | C.D. Han, "Rheology in Polymer Processing", Academic Press, NY (1976). |
5 | R.L. Tanner, "Engineering Rheology", 2nd ed., Oxford University Press, NY (2000). |
6 | J.L. White, "Principles of Polymer Engineering Rheology", John Wiley & Sons, NY (1990). |
7 | Polyflow V. 3.10, Polymat manual, Fluent Co. (2003). |
8 | J. Mallet, H. Metwally, A. Dozolme, and B. Debbaut, "Development of a computationally fast Viscoelastic model and validation for rubber garvey profile extrusion", American chemical society (2007). |