Add to ORKGA model describing the lateral mechanics of an imperfect web has been derived which brings forward information on the much debated fourth boundary condition. The model is based upon a generalized beam theory. Calculations show that a web with CD profile in stiffness and/or frozen-in strain (camber) will shift towards the low tension side. The deflection increases with increasing tension and decreasing stiffness. The dependence upon tension is related to the stiffness profile. A web with a constant profile in stiffness, but with a varying profile in frozen-in strain, has a very weak influence of tension upon deflection
All previous analyses of webs being steered through process equipment have required enforcement of a...
Cylindrical rollers are never perfectly cylindrical. A common defect of a cylindrical roller is radi...
Where does the entry angle come from? This paper will show that the answer to this question reveals ...
A mathematical model describing the lateral dynamics of an imperfect web has been derived. The model...
This paper lays the groundwork in an effort to determine appropriate boundary conditions and basic p...
For ratios of L/W less than approximately 2.0, the effects of shear stresses on the shape of a web m...
A new method is presented for modeling the elastic behavior of webs conveyed over rollers. In additi...
The theory for lateral mechanics of nonuniform webs in the open literature is believed to be flawed ...
Though conservation of mass has played a prominent role in modeling longitudinal tension, it has see...
In "The Effect of Mass Transfer on Multi-Span Lateral Dynamics of Uniform Webs" [1], it is shown tha...
Aspects of lateral behavior discussed in this paper include (1) the concept of a web span as a tensi...
A web in a horizontal span will deflect downwards due to gravity. This sag is more pronounced for he...
The transport of long flexible webs is of great importance in many manufacturing applications, inclu...
Since the publication of Shelton's original work [1] on lateral web dynamics in 1968, the cambered1 ...
A new method of generating and testing cambered web has been developed. Experimental lateral static ...
All previous analyses of webs being steered through process equipment have required enforcement of a...
Cylindrical rollers are never perfectly cylindrical. A common defect of a cylindrical roller is radi...
Where does the entry angle come from? This paper will show that the answer to this question reveals ...
A mathematical model describing the lateral dynamics of an imperfect web has been derived. The model...
This paper lays the groundwork in an effort to determine appropriate boundary conditions and basic p...
For ratios of L/W less than approximately 2.0, the effects of shear stresses on the shape of a web m...
A new method is presented for modeling the elastic behavior of webs conveyed over rollers. In additi...
The theory for lateral mechanics of nonuniform webs in the open literature is believed to be flawed ...
Though conservation of mass has played a prominent role in modeling longitudinal tension, it has see...
In "The Effect of Mass Transfer on Multi-Span Lateral Dynamics of Uniform Webs" [1], it is shown tha...
Aspects of lateral behavior discussed in this paper include (1) the concept of a web span as a tensi...
A web in a horizontal span will deflect downwards due to gravity. This sag is more pronounced for he...
The transport of long flexible webs is of great importance in many manufacturing applications, inclu...
Since the publication of Shelton's original work [1] on lateral web dynamics in 1968, the cambered1 ...
A new method of generating and testing cambered web has been developed. Experimental lateral static ...
All previous analyses of webs being steered through process equipment have required enforcement of a...
Cylindrical rollers are never perfectly cylindrical. A common defect of a cylindrical roller is radi...
Where does the entry angle come from? This paper will show that the answer to this question reveals ...