Add to ORKGThe effect of high velocities on wound rolls is analyzed by applying a winding model accounting for the centrifugal effect. Also realistic velocity functions with startup and shutdown are considered. The effect of high velocities, startup and shutdown on winding is found to be significant
Rolls of films are routinely stored under varying conditions before being unwound into downstream op...
A winding simulation model predicting the internal stress state of a wound roll would provide an ind...
The choice of winder type for various web materials has long been a qualitative discussion. Web mate...
International audienceIn this paper, we investigate the effect of rotation on the internal loads in ...
This paper describes a model for estimating the stresses throughout a wound roll as a function of bo...
Wound roll models began appearing in the literature 40 years ago. These models predict internal stre...
As a roll is wound, stresses in the roll develop - and change as the roll builds. The stresses on ea...
Today practically all winding devices apply a nip to the wound roll. In this winding method, radial ...
The quality of a wound roll is highly dependent upon the in-roll stress distribution, which is contr...
Web materials are wound into coils by a variety of winders. Some winders center wind only. In this t...
Axisymmetric wound roll models provide the greatest definition of wound roll internal stresses to da...
Almost all winding models incorporate the assumption of small linear deformations and strain in deve...
Winding models have been under development for roughly 50 years. These models have become mature in ...
Models which can be used to calculate the internal stresses within wound rolls of web material have ...
Two drum winding is not yet described by any model due to the lacking expression for the so-called w...
Rolls of films are routinely stored under varying conditions before being unwound into downstream op...
A winding simulation model predicting the internal stress state of a wound roll would provide an ind...
The choice of winder type for various web materials has long been a qualitative discussion. Web mate...
International audienceIn this paper, we investigate the effect of rotation on the internal loads in ...
This paper describes a model for estimating the stresses throughout a wound roll as a function of bo...
Wound roll models began appearing in the literature 40 years ago. These models predict internal stre...
As a roll is wound, stresses in the roll develop - and change as the roll builds. The stresses on ea...
Today practically all winding devices apply a nip to the wound roll. In this winding method, radial ...
The quality of a wound roll is highly dependent upon the in-roll stress distribution, which is contr...
Web materials are wound into coils by a variety of winders. Some winders center wind only. In this t...
Axisymmetric wound roll models provide the greatest definition of wound roll internal stresses to da...
Almost all winding models incorporate the assumption of small linear deformations and strain in deve...
Winding models have been under development for roughly 50 years. These models have become mature in ...
Models which can be used to calculate the internal stresses within wound rolls of web material have ...
Two drum winding is not yet described by any model due to the lacking expression for the so-called w...
Rolls of films are routinely stored under varying conditions before being unwound into downstream op...
A winding simulation model predicting the internal stress state of a wound roll would provide an ind...
The choice of winder type for various web materials has long been a qualitative discussion. Web mate...