The two drum winder remains to be a high productivity winder for rewinding some paper and nonwoven webs at very high speeds. Winding models of varied capabilities exist for center winders, center winders with rider rollers, and surface winders. Winding models for two drum winders however are still in the introductory stages. Two drum winders are somewhat more complex than other winders due to the number of rollers, driven and undriven, which impinge the surface of the winding roll. The objectives of this paper are to show the influence of various winder operating parameters and thread path on the wound-on-tension in the outer layer (WOT).Mechanical and Aerospace Engineerin
A dynamic, analytical model for winder run simulations is presented. The model consists of elastic d...
Several methods are used to control tension in the winding zone. The two most common methods use eit...
In web winding processes, a thin layer of air is entrained into rolls during winding. This air reduc...
Two drum winding is not yet described by any model due to the lacking expression for the so-called w...
The choice of winder type for various web materials has long been a qualitative discussion. Web mate...
Web materials are wound into coils by a variety of winders. Some winders center wind only. In this t...
Pfeiffer first defined the wound-in-tension measurement in 1968[1]. This technique requires the oute...
Today practically all winding devices apply a nip to the wound roll. In this winding method, radial ...
The Wound-In-Tension (WIT) is the tension in the outermost layer of a winding roll. The Wound-In-Ten...
Wound roll models began appearing in the literature 40 years ago. These models predict internal stre...
Turret winders are designed to produce batches of rolls from a continuously moving web. Typically, t...
Nip contact between the paper roll, winding drum and rider roll or some other nip roller may cause t...
Air is entrained during the process of winding webs. Rider rolls are often employed in an effort to ...
Wound-On-Strain (WOS) measurement arrangement was set up on a single drum pilot-winder in the Windin...
Roll-to-roll (R2R) manufacturing is widely used to create products from traditional web materials su...
A dynamic, analytical model for winder run simulations is presented. The model consists of elastic d...
Several methods are used to control tension in the winding zone. The two most common methods use eit...
In web winding processes, a thin layer of air is entrained into rolls during winding. This air reduc...
Two drum winding is not yet described by any model due to the lacking expression for the so-called w...
The choice of winder type for various web materials has long been a qualitative discussion. Web mate...
Web materials are wound into coils by a variety of winders. Some winders center wind only. In this t...
Pfeiffer first defined the wound-in-tension measurement in 1968[1]. This technique requires the oute...
Today practically all winding devices apply a nip to the wound roll. In this winding method, radial ...
The Wound-In-Tension (WIT) is the tension in the outermost layer of a winding roll. The Wound-In-Ten...
Wound roll models began appearing in the literature 40 years ago. These models predict internal stre...
Turret winders are designed to produce batches of rolls from a continuously moving web. Typically, t...
Nip contact between the paper roll, winding drum and rider roll or some other nip roller may cause t...
Air is entrained during the process of winding webs. Rider rolls are often employed in an effort to ...
Wound-On-Strain (WOS) measurement arrangement was set up on a single drum pilot-winder in the Windin...
Roll-to-roll (R2R) manufacturing is widely used to create products from traditional web materials su...
A dynamic, analytical model for winder run simulations is presented. The model consists of elastic d...
Several methods are used to control tension in the winding zone. The two most common methods use eit...
In web winding processes, a thin layer of air is entrained into rolls during winding. This air reduc...