Sen'i Gakkaishi
Online ISSN : 1884-2259
Print ISSN : 0037-9875
VISCOELASTIC STUDIES OF TEXTILE FABRICS
(II) MODEL ANALYSIS OF THE MECHANISM OF SHEARING DEFORMATION OF TEXTILE FABRICS
Yukichi GoAkira ShinoharaFusae Matsuhashi
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1957 Volume 13 Issue 3 Pages 148-151

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Abstract

We analysed a shearing deformation behaviour of fabriclike model, which was made of rubber strings (warp direction) and glass rods (weft direction), by the dynamical method described in a previous paper. It was found that the relationship between the properties of model elements and the one of glass rods may be shown by the formula.
Where f: the numbers of rubber strings, n-1: no_??_ of glass rods, l: an interval of glass rod in cm, A: contact area between glass rod and rubber string in cm2, E: young's modulus of rubber string in dyne cm-2, and Es: apparent shear modulus of fabric shear in dyne.
The contact area was determined by means of Finch's method i.e. carbon black coating method and Heltz's theoretical calculus.
From this result, we obtain some useful hints for the analysis of more complicated cases as apparel fabfics.

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© The Society of Fiber Science and Technology, Japan
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