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As mentioned, we assume that the fiber configuration does not change abruptly from one voxel to the next.
Electrospun fiber configuration is strongly related to the concentration of polymer and electric field strength.
The effects of local fiber configuration and orientation are particularly detailed.
By optimizing the fiber configuration parameters, single-polarization single-mode transmission with a bandwidth of 400 nm can be obtained.
Since the local fiber configuration does not drastically change from one position to the next, we assume identity dynamics for the state transition function f.
The influence of the panel thickness, through-thickness fiber configuration and density, and other parameters on the tension, compression, flexure and shear behavior of the panels are discussed.
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Different hygrometric states, fiber configurations and loading rates were considered.
Model microstructures with unidirectional aligned and two misaligned fiber configurations are considered exemplarily.
Instead of estimating a discrete number of fibers as in parametric models, non-parametric techniques estimate the orientation distribution function (ODF) describing arbitrary fiber configurations.
This work finds curved fiber path configurations that provide a 36.9% increase of resistance to thermal buckling in comparison to straight fiber configurations.
Very often voxels contain complex fiber configurations comprising multiple bundles, rendering the simple diffusion tensor model unsuitable.
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