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The finite-element polycrystal model serves as the final step in the data reduction process, revealing significant spatial heterogeneity of orientation, stress and plastic strain rate distributions.
This pioneering work is to elaborate the importance of polymer rheology on hollow fiber formation and reveal the integrated science bridging polymer fundamentals such as polymer cluster size, shear and elongational viscosities, molecular orientation, stress relaxation to membrane microstructure and separation performance for gas separation.
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The fatigue behavior of the composite materials was analyzed using three parameters: fiber orientation angle, stress ratio, and maximum stress.
It was found that the fatigue life of composite materials is primarily a function of fiber orientation angle, stress ratio, and the maximum stress.
Aim of this work is to evaluate the effect of part orientation on stress distribution.
Recently, use of remote sensing data for determining the orientation of stress has been demonstrated.
It is shown that the functional properties can be controlled by aging of the single crystals in [1 1 1] orientation under stress.
The measurement of coal strength is affected by the size of the test specimen, the orientation of stress relative to banding, and the confining pressure of the test.
Segmental orientation and stress are considered using non-Gaussian inverse Langevin statistics of the chain end-to-end vectors.
The σ3 orientation of stress regime B is subparallel to the orientations of the co- and post-seismic displacements of large earthquakes (Mw ~ 7) that occurred during the period 2005 2010 (Fig. 2b; Suito et al. 2011).
On the other hand, endothelial cell elongation has been proposed to drive the orientation of stress fibers [34].
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Justyna Jupowicz-Kozak
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