Following the general linear model, composite indices that emerge from PCA are "orthogonal," that is, uncorrelated with one another, but representative of the indicators that coefficients represent.
The Budiansky Fleck model predictions are appropriate for composites that fail by compressive kinking.
This study proposes a new computational model for polyamid-matrix woven composites that takes into account rate effects for high speed impact applications.
Therefore, a new equivalent mechanical model, denominated the "composite model", that can address large-amplitude lateral sloshing in partially filled spherical tanks is established in this paper, with both translational and rotational excitations considered.
The work presented herein is a significant step toward the modeling of strain-hardening composites that exhibit multiple cracking.
Finally, the surface analysis of single fibers, which were pulled out during fracture of model composite specimens, confirmed that the revealed surface degradation of the sizing also takes place during a standard polymer composite manufacturing process.
In such a case it is possible to calculate a composite model that is a weighted average of all the candidate models.
A reduction kinetics study of the copper/ceria system as a model composite catalyst has found that surface oxygen is highly active but its activity is inhibited by SO2 adsorption.
A composite model that describes the CA binder in terms of the properties of asphalt and volume fractions of cement phases is suggested, and Ec of CA binder can be predicted by this model according to A/C, W/C and properties of asphalt.
A layer consisting of copper and oxide lines is modeled as a homogenized composite that has different elastic moduli and thermal expansion coefficients in two different directions, i.e. along and across the lines, due to the anisotropic line geometry.
