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Influence of Fiber Length Distribution on Strength Efficiency of Fibers in Yarn
Textile Research Journal, 2002The tensile and tear strengths and hence the durability of a cotton fabric are greatly influenced by the length and strength of cotton fibers in addition to the fabric structure. This is so because fiber length to a large extent determines yam strength, which ultimately contributes to fabric strength.
Mishu Zeidman, Paul S. Sawhney
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Fiber length distribution effects on the fracture of short‐fiber composites
Polymer Composites, 1990AbstractThe effect of fiber geometry on the fracture behavior of short glass fiber‐reinforced nylons was examined. In particular a comparison was made between conventional short‐fiber composites (with feedstock made by an extrusion process) and the newer pultruded feedstock materials which have longer fiber length distributions but larger fiber ...
M. J. Carling, J. G. Williams
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Study on the Characterization of Cotton Fiber Length Distribution
Advanced Materials Research, 2013In order to characterize cotton fiber length distribution, the probability density function with parameters were used to describe the fiber length frequency histograms. In this paper, four cotton fiber samples (bale, carded sliver, combed sliver and finisher sliver) were selected, and the fiber histograms by weight were measured by USTER AFIS Pro. Two-
Xue Qin Kuang +2 more
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Generating Fiber Length Distribution from the Fibrogram
Textile Research Journal, 1996Theoretical fibrograms were generated from fiber length distributions, and new fiber length distributions were then generated from these theoretical fibrograms for two, three, four, five, and six significant digits using differential and algorithm methods.
R.S. Krowicki +2 more
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AIP Conference Proceedings, 2014
The use of short glass fiber-reinforced thermoplastics for the production of highly stressed parts in the plastics processing industry has experienced an enormous boom in the last few years. The reasons for this are primarily the improvements to the stiffness and strength properties brought about by fiber reinforcement.
P. Kloke +8 more
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The use of short glass fiber-reinforced thermoplastics for the production of highly stressed parts in the plastics processing industry has experienced an enormous boom in the last few years. The reasons for this are primarily the improvements to the stiffness and strength properties brought about by fiber reinforcement.
P. Kloke +8 more
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Strength of short fiber reinforced polymers: Effect of fiber length distribution
Polymer Composites, 2008AbstractIn this study, the prediction of mechanical strength of short fiber reinforced plastics (SFRPs) is made possible by obtaining a Fiber Length Distribution (FLD) efficiency factor, ηFLD, from the formerly known twofold discrete strengthening equation of Kelly–Tyson.
Aykol, Muratahan +3 more
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Rheology of natural fibers thermoplastic compounds: Flow length and fiber distribution
Journal of Applied Polymer Science, 2013ABSTRACTThe presented study investigates the flow length and the corresponding fiber content distribution in the injection‐moulded natural fiber reinforced thermoplastics and its relation to fiber type and processing parameters such as injection pressure, temperature, injection rate and mould tempering by increasing die temperature.
Amna Youssef Ramzy +4 more
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Fiber length distribution and sheet properties
2010Although fiber length is one of the most often measured property of paper raw materials, the pure effect of it on paper properties is not usually clear. The reason for that is the difficulty to vary only the fiber length while other properties such as fiber width are kept unchanged.
Heinemann, Sabine +3 more
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Holzforschung, 2007
Abstract The length data from 12 samples of wood fibers and particles were described using lognormal and Weibull distributions. While both distributions fitted the middle range of the data well, the lognormal distribution provided a closer fit for short fibers and particles and the Weibull distribution was more appropriate for long ones.
Quang V. Cao, Qinglin Wu
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Abstract The length data from 12 samples of wood fibers and particles were described using lognormal and Weibull distributions. While both distributions fitted the middle range of the data well, the lognormal distribution provided a closer fit for short fibers and particles and the Weibull distribution was more appropriate for long ones.
Quang V. Cao, Qinglin Wu
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Novel modified distribution functions of fiber length in fiber reinforced thermoplastics
Composites Science and Technology, 2019Abstract Amongst the present prediction models of mechanical properties, the Weibull distribution has been introduced to describe the fiber length distribution. However, the Weibull distribution cannot capture the long tail decay, leading to underestimation of the fiber length factor (χ2). For the first time, two novel modified distribution functions
Dayong Huang, Xianqiong Zhao
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