OBTAINING THE CRITICAL DRAW RATIO OF DRAW RESONANCE IN MELT SPINNING FOR POWER LAW POLYMER FLUIDS

Jinan Cao Industrial Research Institute Swinburne; Swinburne University of Technology; P.O.Box 218 Hawthorn; Victoria 3122; Australia

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OBTAINING THE CRITICAL DRAW RATIO OF DRAW RESONANCE IN MELT SPINNING FOR POWER LAW POLYMER FLUIDS

Feature Article | Updated：2021-06-21

- OBTAINING THE CRITICAL DRAW RATIO OF DRAW RESONANCE IN MELT SPINNING FOR POWER LAW POLYMER FLUIDS
- OBTAINING THE CRITICAL DRAW RATIO OF DRAW RESONANCE IN MELT SPINNING FOR POWER LAW POLYMER FLUIDS
- 高分子科学（英文版） 2007年第5期页码：501-507
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  中图分类号： TQ340.1
- 纸质出版：2007
- Accepted：
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[1].OBTAINING THE CRITICAL DRAW RATIO OF DRAW RESONANCE IN MELT SPINNING FOR POWER LAW POLYMER FLUIDS[J].Chinese Journal of Polymer Science,2007(05):501-507.

Jinan Cao Industrial Research Institute Swinburne, Swinburne University of Technology, P.O.Box 218 Hawthorn, et al. OBTAINING THE CRITICAL DRAW RATIO OF DRAW RESONANCE IN MELT SPINNING FOR POWER LAW POLYMER FLUIDS[J]. 2007, (5): 501-507.
[1].OBTAINING THE CRITICAL DRAW RATIO OF DRAW RESONANCE IN MELT SPINNING FOR POWER LAW POLYMER FLUIDS[J].Chinese Journal of Polymer Science,2007(05):501-507. DOI：

Jinan Cao Industrial Research Institute Swinburne, Swinburne University of Technology, P.O.Box 218 Hawthorn, et al. OBTAINING THE CRITICAL DRAW RATIO OF DRAW RESONANCE IN MELT SPINNING FOR POWER LAW POLYMER FLUIDS[J]. 2007, (5): 501-507. DOI：

摘要

<正>A direct difference method has been developed for Non-Newtonian power law fluids to solve the simultaneous non-linear partial differential equations of melt spinning

and to determine the critical draw ratio for draw resonance.The results show that for shear thin fluids

the logarithm of the critical draw ratio has a well defined linear relationship with the power index for isothermal and uniform tension melt spinning.When the power index approaches zero

the critical draw ratio points at unity

indicating no melt spinning can be processed stably for such fluids.For shear thick fluids

the critical draw ratio increases in a more rapid way with increasing the power index.

Abstract

A direct difference method has been developed for Non-Newtonian power law fluids to solve the simultaneous non-linear partial differential equations of melt spinning

and to determine the critical draw ratio for draw resonance.The results show that for shear thin fluids

the logarithm of the critical draw ratio has a well defined linear relationship with the power index for isothermal and uniform tension melt spinning.When the power index approaches zero

the critical draw ratio points at unity

indicating no melt spinning can be processed stably for such fluids.For shear thick fluids

the critical draw ratio increases in a more rapid way with increasing the power index.

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