Affiliation:
1. Technical University of Liberec
Abstract
The article is dealing with the principle of measuring bending rigidity by the method of Cantilever test which is suitable for measuring different types of textile and also non-textile materials. The authors are presenting a modification of the device and a simple method for calculation bending rigidity. It is a method by means of which bending rigidity, in extreme conditions - high temperature and humidity of the air-can be measured. In the discussion, the authors are pointing out the advantages and difficulties of this method of measuring.
Publisher
Trans Tech Publications, Ltd.
Reference4 articles.
1. Press J.J. Cantilever stiffness and curl tester. U.S. Patent 2, 860, 510 (1958).
2. Eischen J.W., Shigan Deng, and Timothy G. Clapp. Finite-element modeling and control of flexible fabric parts. Computer Graphics and Applications, IEEE 16. 5. (1996): 71-80.
3. Clapp T. G. and Peng H. A comparison of linear and non-linear bending models for predicting fabric deformation in automated handling. Journal of the Textile Institute 82. 3. (1991): 341-352.
4. Fridrichova L. and Mevald J. Bending rigidity of textiles, In Militky, J. (Ed. ), Proceedings of 4th International Conference TEXSCI 2000, 112-115, ISBN 80-7083-409-9, June 2000, Technical University Liberec, Liberec.
Cited by
1 articles.
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