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The present analysis for fiber trajectory stability affords a useful reference tool for designing filament-wound toroidal pressure vessels.
Mice deficient in either Nectin-1 or Nectin-3 show a reduced number of puncta adherentia junctions (PAJs) and abnormal mossy fiber trajectory (Honda et al., 2006).
In this paper the fiber trajectory stability of filament wound toroidal pressure vessels is evaluated for two most frequently used patterns: single helical winding, helical and hoop winding.
Next, from each of these points a fiber starts growing with a fixed step size (arbitrarily chosen to be 1 mm) in two opposite directions, locally following the direction of the diffusion maximum which is the closest to the fiber trajectory.
The lack of relation between distance from the fiber center and the deviancy from the fiber trajectory of MTs in fibers from TACC3 overexpressing cells indicates that the mesh plays an influential role in organizing MTs within the fiber.
Each fiber trajectory was reconstructed by propagating a streamline bidirectionally from an initial seed point in the direction of the principal eigenvector for 0.5 mm and then recomputing the principal eigenvector at the next location.
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Figure 5 Behavior of fiber trajectories in dependence on the weighting parameter.
Here: B = 0.01. Figure 6 Behavior of fiber trajectories in dependence on the weighting parameter.
The results show that the obtained fiber trajectories have good wind ability without fiber stacking or bridging.
Simulations showed that these curved fiber trajectories straighten under pressure load, leading to functionally important changes in closed valve shape.
The slippage coefficients of the obtained fiber trajectories are calculated using the non-geodesic law and differential geometry.
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