BEZVIHREVOE TECHENIE VYAZKOUPRUGOY ZHIDKOSTI VO VHODNOM KANALE EKSTRUZIONNOY GOLOVKI
Authors:
1.
NHTI KNITU
2.
NHTI KNITU
3.
NHTI KNITU
4.
KNITU
Type:
Article
eLocation:
Status:
Published
Received:
19.04.2023
Accepted:
01.08.2025
Published:
01.08.2025
Subject area:
UDC 532.517.2
Language:
Russian
Keywords:
Экструдат, течение, экструзионная головка, циркуляция, extrudate, flow, extrusion head, circulation
Abstract (English):
The results of the mathematical modeling of polymer’s flow in the entrance channel of the extrusion head are represented. It is shown that vortex structures are formed in the angular regions of the molding channel of extrusion head that have a significant influence on the homogeneity of product obtained by extrusion. The optimal profile of the molding channel of extrusion head was found allowing to avoid the formation of vortex structures.
The results of the mathematical modeling of polymer’s flow in the entrance channel of the extrusion head are represented. It is shown that vortex structures are formed in the angular regions of the molding channel of extrusion head that have a significant influence on the homogeneity of product obtained by extrusion. The optimal profile of the molding channel of extrusion head was found allowing to avoid the formation of vortex structures.
Keywords:
Экструдат, течение, экструзионная головка, циркуляция, extrudate, flow, extrusion head, circulation
Экструдат, течение, экструзионная головка, циркуляция, extrudate, flow, extrusion head, circulation
1. Kutuzov A.G. Chislennoe modelirovanie techeniya uprugovyazkoy zhidkosti na vyhode iz kapillyara / A.G. Kutuzov, F.A. Garifullin, F.H. Tazyukov, F.R. Karibullina, T. Al' Smadi, M.A. Kutuzova // Vestnik Kazanskogo tehnologicheskogo universiteta. - Kazan': KGTU, 2003.- №1. - S. 362-367.
2. D.V.Boger, M.J.Crochet, R.A.Keller, J.Non-Newtonian Fluid Mech. - 1994. - v.52. - p.153-161.
