Dimensional change and profile development in the melt spinning process of polyethylene
terephthalate hollow fibers were studied through the numerical simulations and …

Profile development and dimensional change in the melt‐spinning process of hollow fibers
were studied using a finite element method, and a numerical simulation was compared with …

In order to study the process of rectangular fiber melt spinning, experimental and theoretical
investigations are conducted. Several different values of such process variables as die …

The melt spinning process for hollow fibers is numerically simulated using a finite element
method. The dynamics of hollow fiber spinning can be described by a two-dimensional finite …

The effect of poly (ethylene terephtalate)(PET) polymers with different rheological properties
as well as the effect of different spinning conditions on the minimum attainable takeup denier …

High‐speed bicomponent spinning of poly (ethylene terephthalate)(PET)(core) and poly‐
propylene (PP)(sheath) was carried out and the structure development in the individual …

A simplified mathematical model was given based on the actual experimental data from a
laboratory-scale poly (ethylene terephthalate)(PET) melt spinning. PET fibres were …

This article reports an investigation of the formation of hollow fibers in a melt‐spinning
process. Experimental results indicate that die swelling is largely responsible for a negative …

On‐line measurement was performed in the high‐speed spinning of flat, hollow, and circular
fibers of poly (ethylene terephthalate), paying particular attention to the change in cross …

Fiber melt spinning of poly (ethylene terephthalate)(PET) was studied via modification of
threadline dynamics. Several techniques were implemented in the high‐speed spinning …