In this paper, the dynamic response for sliding friction is considered through dynamic models. A new interpretation of the non-uniform sliding phenomenon response is given, based on new topographic details of the fabric surface in front of the leading edge of the sled in movement.
Ajayi, J.O., Effects of Fabrics Structure on Frictional Properties, Textile Res. J.62, 87 (1992).
3.
Hosseini Ravandi, S.A., Toriumi, K., and Matsumoto, Y., Spectral Analysis of Stick-Slip Motion of Dynamic Friction in the Fabric Surface, Textile Res. J.64 (4), 224-229 (1994).
4.
Howell, H.G. , Mieszkis, K.W., and Tabor, D., "Friction in Textiles," Butterworths and Textile Institute, London, 1959.
5.
Virto, L., and Naik, A., Frictional Behavior of Textile Fabrics, Part I: Sliding Phenomena of Fabrics on Metallic and Polymeric Solid Surfaces, Textile Res. J.67 (11), 793- 802 (1997).
