This paper adresses the bending behaviour of individual multi-filament yarns for use in textile forming analyses. Yarn specimens deform nonlinearly under their own weight in a cantilever configuration. a relation between the applied moment and the resulting curvature is established. Numerical simulations are performed to establish the contribution of shear rigidity to the deflectio
Textiles exhibit nonlinear behavior when exposed to mechan-ical loading. Namely in tension, in the b...
eme ng a ics a mo ul is t tive of this constitutive model is defined by the fibre rotation. This con...
A new mechanical model is proposed in this paper to evaluate the shearing properties for woven fabri...
The geometrical model of yarn currently in use is assumed to be a circular cylindrical under the ben...
Textiles and their production machines are increasingly designed using simulations of the textile pr...
IN view of the importance of the exact knowledge of stiffness in individualyarns and yarn combinatio...
The present study aims to numerically predict the mechanical behaviour at the meso-scale of a multia...
The present study aims to numerically predict the mechanical behaviour at the meso-scale of a multia...
The present study aims to numerically predict the mechanical behaviour at the meso-scale of a multia...
The present study aims to numerically predict the mechanical behaviour at the meso-scale of a multia...
International audienceThe present study aims to numerically predict the mechanical behaviour at the ...
This thesis describes a new model of the behaviour of staple fibre yarns under longitudinal extensio...
katedra: KTT; přílohy: CD ROM; rozsah: 42 s., 27 s.obr. prilohTuhosť v ohybe patrí medzi základné vl...
In this study, it is aimed to investigate the effects of filament yarn's number of nips on bending r...
Textiles usually exhibit much larger resistance to in-plane deformation than to bending deformation....
Textiles exhibit nonlinear behavior when exposed to mechan-ical loading. Namely in tension, in the b...
eme ng a ics a mo ul is t tive of this constitutive model is defined by the fibre rotation. This con...
A new mechanical model is proposed in this paper to evaluate the shearing properties for woven fabri...
The geometrical model of yarn currently in use is assumed to be a circular cylindrical under the ben...
Textiles and their production machines are increasingly designed using simulations of the textile pr...
IN view of the importance of the exact knowledge of stiffness in individualyarns and yarn combinatio...
The present study aims to numerically predict the mechanical behaviour at the meso-scale of a multia...
The present study aims to numerically predict the mechanical behaviour at the meso-scale of a multia...
The present study aims to numerically predict the mechanical behaviour at the meso-scale of a multia...
The present study aims to numerically predict the mechanical behaviour at the meso-scale of a multia...
International audienceThe present study aims to numerically predict the mechanical behaviour at the ...
This thesis describes a new model of the behaviour of staple fibre yarns under longitudinal extensio...
katedra: KTT; přílohy: CD ROM; rozsah: 42 s., 27 s.obr. prilohTuhosť v ohybe patrí medzi základné vl...
In this study, it is aimed to investigate the effects of filament yarn's number of nips on bending r...
Textiles usually exhibit much larger resistance to in-plane deformation than to bending deformation....
Textiles exhibit nonlinear behavior when exposed to mechan-ical loading. Namely in tension, in the b...
eme ng a ics a mo ul is t tive of this constitutive model is defined by the fibre rotation. This con...
A new mechanical model is proposed in this paper to evaluate the shearing properties for woven fabri...