Webs are often required to endure twisting in web process machinery. There is a limit to the degree to which the web can be twisted prior to wrinkling. The objective of this publication is to document a closed form technique that was developed to predict the twist limit of the web.Mechanical and Aerospace Engineerin
Wrinkles and creases are a particular problem in thin web materials, leading to functional and visua...
In research it is typical that only one source of stresses is studied at a time. In entry-level mech...
Webs often include variation in caliper or modulus of elasticity as a result of manufacturing variat...
Web wrinkling is a problem which plagues the web process industry. Most webs are quite thin, on the ...
Many webs in web process machinery exhibit out-of-plane deformations, defined as troughs, in free we...
This paper describes a finite element model that successfully predicts the formation of troughs and ...
In the web handling technology, it is very important engineering problems to predict and protect web...
Wrinkling research has been concentrated in past years on understanding web wrinkling in isolated sp...
Wrinkles are frequently observed in thin webs wrapping rollers, winding cores, and drums in vacuum c...
Wrinkling remains one of the top causes of converting process waste. Though wrinkles created by roll...
This study was conducted to provide insight as to the effect of lateral forces due to roller curvatu...
While bending strains result from any web being wound at a radius of curvature into a roll, these be...
Considerable research has been focused on the impact of roller misalignment on web instability. Earl...
Twists are sometimes used to turn or provide passive lateral control for narrow webs in those cases ...
Webs are subjected to large out-of-plane deformations when transiting rollers in process machinery. ...
Wrinkles and creases are a particular problem in thin web materials, leading to functional and visua...
In research it is typical that only one source of stresses is studied at a time. In entry-level mech...
Webs often include variation in caliper or modulus of elasticity as a result of manufacturing variat...
Web wrinkling is a problem which plagues the web process industry. Most webs are quite thin, on the ...
Many webs in web process machinery exhibit out-of-plane deformations, defined as troughs, in free we...
This paper describes a finite element model that successfully predicts the formation of troughs and ...
In the web handling technology, it is very important engineering problems to predict and protect web...
Wrinkling research has been concentrated in past years on understanding web wrinkling in isolated sp...
Wrinkles are frequently observed in thin webs wrapping rollers, winding cores, and drums in vacuum c...
Wrinkling remains one of the top causes of converting process waste. Though wrinkles created by roll...
This study was conducted to provide insight as to the effect of lateral forces due to roller curvatu...
While bending strains result from any web being wound at a radius of curvature into a roll, these be...
Considerable research has been focused on the impact of roller misalignment on web instability. Earl...
Twists are sometimes used to turn or provide passive lateral control for narrow webs in those cases ...
Webs are subjected to large out-of-plane deformations when transiting rollers in process machinery. ...
Wrinkles and creases are a particular problem in thin web materials, leading to functional and visua...
In research it is typical that only one source of stresses is studied at a time. In entry-level mech...
Webs often include variation in caliper or modulus of elasticity as a result of manufacturing variat...