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The hysteresis loops models considering the effect of fibers Poisson contraction and effective coefficient of the fiber volume fraction in the loading direction were used to predict hysteresis loops corresponding to different fiber preforms, peak stresses and test conditions.
We assumed 0.4 as an effective coefficient of friction, including a pore pressure effect, according to Stein et al. (1994), and the rigidity of 30 GPa. Figure 13(a) shows the estimated ΔCFF distribution on the Yunotake fault.
Analogous to two-phase flow, the model regards single-phase complex flows as a mixture of turbulent and non-turbulent fluids, and the effect of meso-scale eddy structure on the effective coefficient of viscosity is also considered.
This paper deals with the investigation of the effect of carbon nanotube (CNT) waviness on the effective coefficient of thermal expansion (CTE) of a novel continuous fuzzy fiber reinforced composite (FFRC).
Figure 4 Cross plots between the λ and effective coefficient of basal friction.
ΔCFF distributions as a function of depth and effective coefficient of friction.
(C) North-south variation of the effective coefficient of basal friction.
The effective coefficient of thermal expansion for the particle-reinforced composite material is derived.
The third location with a high effective coefficient of basal friction is the site offshore of Sanriku, where there are neither seamount collisions nor rupture propagation.
The second area with a high effective coefficient of basal friction coincides with the maximum slip location during the 2011 Tohoku-Oki earthquake.
The red line on the bottom represents the décollement or plate boundary for which we obtained the effective coefficient of basal friction by the critical taper theory.
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