Sentence examples for fabric response from inspiring English sources

The fabric response for different pre-tensions and impact angles in terms of the ballistic limit is analyzed.

The evidence suggests that web architecture influences fabric response to the punch test and increased isotropicity in terms of fibre arrangement appears to promote punch resistance.

The continuum tensorial formulation of the fabric response rigorously takes into account the effect of fiber rotation for large strains and includes the nonlinear fiber behavior.

Consequently, fabric response involving yarn pull-out has not yet been well-understood in terms of the influence of inter-yarn friction and yarn crimp.

The results show that the developed macroscale material model based on the mesoscopic unit cell is capable of capturing the woven fabric response while simulating the deformation mechanisms involved in the mesoscopic length scale.

This paper considers two new methods of representing fabric response: (i) use of spline functions to define response surfaces, (ii) use of stress strain mean and difference functions (proposed by Day [IASS symposium proceedings: shells, membranes and space frames 2 (1986) 17].

For general background the paper first contains a section on the material response of these fabrics, a review of existing models is then presented.

The relationships between yarn strength distribution and probabilistic fabric impact response are discussed.

The sensitivity of fabric impact response to projectile geometrical characteristics and impact location is demonstrated.

Computational impact analyses based on deterministic methods are incapable of predicting the experimentally observed probabilistic fabric impact response.

The probabilistic fabric impact response is observed to be strongly dependent on the shape of the projectile's impact face and the manner of projectile yarn interactions at the impact site.