Browsing Proceedings of the International Conference on Web Handling by Author "0e48bd7d-7067-45aa-808c-ffcfce40a506"

Now showing items 1-6 of 6

    • Century of web handling literature 

      Roisum, D. R. (Oklahoma State University, 2011-06)
      This paper is a review of some 3,500 published works in the areas of web handling, winding, converting and related subjects. These individual works include articles, books, columns, conference papers, instruction manuals, ...

    • Guidelines for allowable in-plane roller misalignment using wrinkling and web break models 

      Roisum, D. R. (Oklahoma State University, 2013-06)
      While we have had wrinkling and web break models for a quarter century and the means for precision roller alignment for a half century, no consistent recommendations have been made as to allowable tolerances for roller ...

    • Optimization by integrating engineering and business models 

      Roisum, D. R. (Oklahoma State University, 2005-06)
      To optimize is to find the "'best" solution given certain conditions and constraints. What is meant by best and how to find it has received scant attention. To the engineer, "best" may be fastest, strongest, most reliable ...

    • Reading a roll 

      Roisum, D. R. (Oklahoma State University, 1997-06)
      Web or winder defects often leave a visible record of themselves in the wound roll that can be read much like the rings of a tree. Varying strains in each layer as it is wound will cause changes in geometry that can be ...

    • Thinking thin? 

      Roisum, D. R. (Oklahoma State University, 2003-06)
      Markets drive us to ever thinner webs to reduce material costs and waste going to the landfill. The challenges for running a lighter basis weight or thinner caliper are at least as difficult for web handling as they are ...

    • Web bagginess: Making, measurement and mitigation thereof 

      Roisum, D. R. (Oklahoma State University, 2001-06)
      Web bagginess is a defect so tenacious that few machines will totally escape its grip. It is so pervasive that it can be found on materials as diverse as tissue, writing paper, carpet, nonwovens, plastic film and steel. ...