Sentence examples for descriptions of fiber from inspiring English sources
Descriptions of fiber orientation variation for flat rectangular composite laminates that possess variable stiffness properties are introduced.
3) The study relies on past descriptions of fiber endings, and the relationship of the endings described here to hair follicles to infer the function of the different endings.
The model developed by the authors in (Matveenko et al. 2012) can be generalized to the description of fiber reinforced composites undergoing glass transition.
Although the parametric description of fiber architecture by Streeter et al. (51) [described in the implementation of the algorithm (39) above] provides a detailed representation of the transmural rotation of cardiac fibers throughout the myocardial wall, it does not address fiber architecture within the papillary muscle and large trabecular structures.
The statistical description of the fiber orientation state is exactly given by the fiber orientation distribution function (FODF) (Advani and Tucker III 1987; Kanatani 1984).
The final example shows the inclusion of a full description of the fiber architecture in a portion of the canine left ventricle.
More precisely, the description of the fiber dynamics in turbulent air flows has been realized by a stochastic generalized string model that has been deduced from a special Cosserat rod under Kirchhoff constraint, consult [2, 3] for its derivation.
We have recently provided a comprehensive description of mossy fiber synaptic short-term dynamics employing irregular stimulus trains [12], that were motivated by mean spike train statistics of dentate gyrus granule cells [13].
In general, the short-term dynamics reported here were highly reproducible in recordings from different slices and thus give a representative description of mossy fiber synaptic short-term plasticity in response to natural input statistics.
Refer to Said et al. [ 24] for the description of each fiber quality attribute.
Therefore, a review of the descriptions of language-related fiber anatomy in the human and monkey brain was performed.
