Three parametric studies (i) effect of fiber orientation; (ii) effect of strip width; and (iii) effect of strip-spacing on reliability of strengthened beams were carried out for two different service loads, taken 60%and70%0% of tested beams' capacity.
To take account of the orientation effect of polar ester groups, the statistical weight matrices, U′ and U″, were recast into an expanded form.
By investigating the crystal stress evolution of the same crystal with rearranged neighboring crystals with the same set of orientations, the effect of the intergranular misorientation on the crystal stress evolution is investigated.
The mechanism of orientation effect during the flame spread process was qualitatively analyzed in detail, and simplified expressions of flame spread rate of the two insulation materials with different orientations were deduced.
The detailed size scaling depends on sample orientation, the effect of alloying elements or the existence of particles in the material.
Thus, better determinations of in situ or drilling-induced structures and the calibration of depth and core orientation eliminating the effect of rotation due to drilling were possible.
By further investigating 13 QTLs under most severe segregation distortion (P < 1.0 × 10−5 in the distortion test), the correlated relation between the orientation of the QTL additive effect was observed to be correlated with that of the segregation distortion.
The elastic properties are determined as a function of fiber orientation, and the effect of fiber angles on the crack extension direction is investigated.
Both the growth direction and the crystallographic orientation of nanowires have significant effects on the efficiency, performance, and manufacturability of nanowire devices [1].
Unfortunately available descriptor sets fail to describe the orientation of biomolecules and the effects of ionic strength in the mobile phase on the interaction with the stationary phase.
