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Effect of Fiber Properties on Nonwovens'''' Pore Structures with Fractal Geometry Analysis
引用本文:杨旭红,李栋高. Effect of Fiber Properties on Nonwovens'''' Pore Structures with Fractal Geometry Analysis[J]. 东华大学学报(英文版), 2005, 22(4)
作者姓名:杨旭红  李栋高
作者单位:College of Material Engineering Soochow University Suzhou 215021,College of Material Engineering Soochow University Suzhou 215021
摘    要:IntroductionNowadays,the applications of nonwovens become widerand wider.Nonwovens pore structures such as shape,size,quantity,pore size distribution and so on,are very i mportantto their mechanical and other physical properties.And thepore structures are related to the diameter,cri mp,orientation,quantity and assembling method of fibers.Therefore,it is i mportant for both manufactories and end-useres to obtain the parameters which can be used to expressnonwovens structures conveniently,and fu…


Effect of Fiber Properties on Nonwovens'''' Pore Structures with Fractal Geometry Analysis
YANG Xu-hong,LI Dong-gao. Effect of Fiber Properties on Nonwovens'''' Pore Structures with Fractal Geometry Analysis[J]. Journal of Donghua University, 2005, 22(4)
Authors:YANG Xu-hong  LI Dong-gao
Abstract:Nonwovens' pore structures are very important to their mechanical and physical properties. And the pore structures are influenced by the fiber properties and fibers arrangement in web. In this paper, the fractal geometry, in combination with computer image analysis, is used to express the irregularity of pore size distribution in nonwovens, and the effect of fiber properties on fractal dimension of pore size distribution is discussed by using simulated images which are composed of nonlinear staple fibers. The results show that the fiber properties, such as crimp, diameter, angular distribution, and especially the number of fibers prominently influence the pore structure.
Keywords:nonwovens  fiber properties  fractal dimension of pore size distribution  simulated images
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