Ultimate strain and deformability of elementary flax fibres

6533b855fe1ef96bd12b0753

RESEARCH PRODUCT

Ultimate strain and deformability of elementary flax fibres

Janis Andersons E. Poriķe E. Spārniņš

subject

Specific strength Materials science Strain (chemistry)Mechanics of Materials Applied Mathematics Mechanical Engineering Modeling and Simulation medicine Gauge length Stiffness Composite material medicine.symptom Weibull distribution

description

Flax fibres possess high specific strength and stiffness, and thus are competitive in terms of mechanical properties with the traditional reinforcing fibres used in polymer-matrix composite materials. The mechanical properties of fibres have considerable variability that needs to be characterized and allowed for in the analysis of mechanical response of composites. In this study, the distribution of ultimate strain of elementary flax fibres and its dependence on gauge length is considered. The applicability of the modified Weibull distribution, used for fibre strength, to fibre ultimate strain is evaluated. A simplified relation of ultimate strain and fibre strength distributions is proposed.

year	journal	country	edition	language
2011-06-27	The Journal of Strain Analysis for Engineering Design

https://doi.org/10.1177/0309324711407138

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