Sentence examples for decreasing crimp from inspiring English sources

Significant linear regression models were found for decreasing crimp length with increasing tear size using the supraspinatus (young) control group, and for decreasing fibril diameter, decreasing ratio of thick-to-thin fibres and decreasing crimp length using the subscapularis (old) control group (Table IV), although the correlations were weak (R2 < 0.5).

Interleaved films and decreased crimp in the weave architecture increased the compaction quality.

Data analysis of all the results showed that with the ascendance of whip roller, crimp% of warp yarn was decreased whereas crimp% of weft yarn was increased both in grey and finished state.

A gradient of crimp angle also is present in the disc, with crimp angle increasing and the crimp period decreasing from the periphery of the disc inward.

It could be demonstrated that the angles progressively decreased and the crimp length increased, denoting that the fibers have untwisted during the relaxation process.

Simulation results show that Poisson's ratio first increases towards a maximum due to the rapid shrinkage of the sample in the transverse direction, and decreases thereafter when the crimp changes become limited by the reaction forces of the transverse yarns.

Decreasing the depth of whip roller caused increment of both warp and weft crimp% in both state.

Cores with sufficient rigidity, thus preventing shear crimping, showed improvements in critical buckling load in the order of 80% when using VS, however this improvement reduces to a negligible amount with decreasing core transverse shear moduli.

When the tendon is loaded, the force-displacement curve shows a distinct toe region with a decrease in crimping and an increase in collagen alignment (Franchi et al. 2007).

Figure 4a represents that with ascending of whip roller's position at constant depth, warp crimp % was decreased both in grey and finished state where Fig. 4b shown the increasing of crimp% with decreasing of depth of whip roller position.

All models are employed to explore the effect of three-dimensional yarn crimp on the longitudinal Young's modulus, and they give at hand that the longitudinal stiffness decreases non-linearly with increasing crimp.