The maximum strain experienced by the thinnest segment of a non-uniform fiber governs fiber breakage, yet this maximum strain can not be obtained from a normal single fiber test. Only the average strain of the whole fiber specimen can be obtained from a normal single fiber tensile test. This study has examined the relationship between the average strain, the maximum strain and the degree of fiber non-uniformity, expressed in coefficient of variation (CV) of fiber diameters along fiber length. The tensile strain of irregular fibers has been simulated using the finite element method (FEM). Using this method, average and maximum tensile strains of non-uniform fibers were calculated
The entire dissertation/thesis text is included in the research.pdf file; the official abstract appe...
In this study, the tensile impact property of Twaron fiber tows with different fiber fineness were c...
The cross-section area of animal fibers varies along the fiber length, and this geometrical irregula...
The maximum strain experienced by the thinnest segment of a non-uniform fiber governs fiber breakage...
In this paper, the effect of fiber dimensional irregularities on the tensile behavior of fiber bundl...
This work investigates the tensile behaviour of non-uniform fibres and fibrous composites. Wool fibr...
Virtually all fibers exhibit some dimensional and structural irregularities. These include the conve...
This work investigates the effect of fibre irregularities on the mechanical behaviour of the irregul...
Fiber irregularities are inherent to textile fibers, natural fibers in particular. This series of pa...
To further our study of the linear tensile behavior of irregular fibers, in this paper we examine th...
Fiber buckling behavior is associated with fabric-evoked prickle, which affects clothing comfort and...
The use of steel fibers as reinforcement in polymer composites is recently increasing thanks to thei...
Most fibers are irregular, and they are often subjected to combined loading conditions during proces...
This research presents a novel experimental approach to characterize the non-linear behaviour of tec...
We address the influence of individual fibre stress–strain non-linearity on the extraction of Weibul...
The entire dissertation/thesis text is included in the research.pdf file; the official abstract appe...
In this study, the tensile impact property of Twaron fiber tows with different fiber fineness were c...
The cross-section area of animal fibers varies along the fiber length, and this geometrical irregula...
The maximum strain experienced by the thinnest segment of a non-uniform fiber governs fiber breakage...
In this paper, the effect of fiber dimensional irregularities on the tensile behavior of fiber bundl...
This work investigates the tensile behaviour of non-uniform fibres and fibrous composites. Wool fibr...
Virtually all fibers exhibit some dimensional and structural irregularities. These include the conve...
This work investigates the effect of fibre irregularities on the mechanical behaviour of the irregul...
Fiber irregularities are inherent to textile fibers, natural fibers in particular. This series of pa...
To further our study of the linear tensile behavior of irregular fibers, in this paper we examine th...
Fiber buckling behavior is associated with fabric-evoked prickle, which affects clothing comfort and...
The use of steel fibers as reinforcement in polymer composites is recently increasing thanks to thei...
Most fibers are irregular, and they are often subjected to combined loading conditions during proces...
This research presents a novel experimental approach to characterize the non-linear behaviour of tec...
We address the influence of individual fibre stress–strain non-linearity on the extraction of Weibul...
The entire dissertation/thesis text is included in the research.pdf file; the official abstract appe...
In this study, the tensile impact property of Twaron fiber tows with different fiber fineness were c...
The cross-section area of animal fibers varies along the fiber length, and this geometrical irregula...