Stretching flows for thin film production: Part 1. Bubble blowing in the solid phase

Tipo de material: Texto

TextoSeries ; Journal of Non-Newtonian Fluid Mechanics, 4(1-2), p.57-72, 1978Trabajos contenidos:

Pearson, J.R.A
Gutteridge, P.A

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Resumen: A mathematical model is presented for the cold film blowing process leading to biaxial extension and orientation of crystalline polymer films. A simple but suitable rheological model (Funt [ 121)is chosen for a particular type of polypropylene for which some experimental data are available, and is extended to cover non-isothermal flows. New boundary conditions are developed for earlier derived (Pearson and Petrie [ 21)mechanical equations for the film blowing process. Numerical procedures for solution and results obtained are discussed.

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Previous	B-11844 A binary model of textile composites-I. Formulation	B-11845 Modelling for predicting the mechanical properties of textile composites -A review	B-11846 Simultaneous nitrification, denitrification and carbon removal in microbial fuel cells	B-11847 Stretching flows for thin film production: Part 1. Bubble blowing in the solid phase	B-11848 Stretching flows for thin film production: Part 2. Film-stretching over a conical mandrel	B-11849 A comparison of theoretical predictions with published experimental measurements on the blown film process	B-1185 Estadisticas de abaca, 1986-1991	Next

A mathematical model is presented for the cold film blowing process leading to biaxial extension and orientation of crystalline polymer films. A simple but suitable rheological model (Funt [ 121)is chosen for a particular type of polypropylene for which some experimental data are available, and is extended to cover non-isothermal flows. New boundary conditions are developed for earlier derived (Pearson and Petrie [ 21)mechanical equations for the film blowing process. Numerical procedures for solution and results obtained are discussed.

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