Add to ORKGTwo drum winding is not yet described by any model due to the lacking expression for the so-called wound-in-tension. Through dynamic analysis equations for winding velocity and first-drum-tension, which is related to wound-in-tension, are established
This paper describes a model for estimating the stresses throughout a wound roll as a function of bo...
The choice of winder type for various web materials has long been a qualitative discussion. Web mate...
The effect of high velocities on wound rolls is analyzed by applying a winding model accounting for ...
The two drum winder remains to be a high productivity winder for rewinding some paper and nonwoven w...
Today practically all winding devices apply a nip to the wound roll. In this winding method, radial ...
Nip contact between the paper roll, winding drum and rider roll or some other nip roller may cause t...
A winding simulation model predicting the internal stress state of a wound roll would provide an ind...
A dynamic, analytical model for winder run simulations is presented. The model consists of elastic d...
Web materials are wound into coils by a variety of winders. Some winders center wind only. In this t...
The Wound-In-Tension (WIT) is the tension in the outermost layer of a winding roll. The Wound-In-Ten...
A contact mechanical model for the winding nip, consisting of the wound roll, winding drum and the i...
Wound roll models began appearing in the literature 40 years ago. These models predict internal stre...
Pfeiffer first defined the wound-in-tension measurement in 1968[1]. This technique requires the oute...
The quality of a wound roll is highly dependent upon the in-roll stress distribution, which is contr...
During paper manufacture and processing production losses occur during winding of machine-wide paper...
This paper describes a model for estimating the stresses throughout a wound roll as a function of bo...
The choice of winder type for various web materials has long been a qualitative discussion. Web mate...
The effect of high velocities on wound rolls is analyzed by applying a winding model accounting for ...
The two drum winder remains to be a high productivity winder for rewinding some paper and nonwoven w...
Today practically all winding devices apply a nip to the wound roll. In this winding method, radial ...
Nip contact between the paper roll, winding drum and rider roll or some other nip roller may cause t...
A winding simulation model predicting the internal stress state of a wound roll would provide an ind...
A dynamic, analytical model for winder run simulations is presented. The model consists of elastic d...
Web materials are wound into coils by a variety of winders. Some winders center wind only. In this t...
The Wound-In-Tension (WIT) is the tension in the outermost layer of a winding roll. The Wound-In-Ten...
A contact mechanical model for the winding nip, consisting of the wound roll, winding drum and the i...
Wound roll models began appearing in the literature 40 years ago. These models predict internal stre...
Pfeiffer first defined the wound-in-tension measurement in 1968[1]. This technique requires the oute...
The quality of a wound roll is highly dependent upon the in-roll stress distribution, which is contr...
During paper manufacture and processing production losses occur during winding of machine-wide paper...
This paper describes a model for estimating the stresses throughout a wound roll as a function of bo...
The choice of winder type for various web materials has long been a qualitative discussion. Web mate...
The effect of high velocities on wound rolls is analyzed by applying a winding model accounting for ...