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By introducing nanometer-sized Ag particles as a matrix material, the agglomeration of CNTs is suppressed.
Regarding the matrix material, the softer matrix ensured higher load levels for the fatigue strength than the more rigid matrix.
In cases where the particles debond from the matrix material, the stiffness of the composite film decreases.
Two intrinsic length scales appear: one is related to the microstructure of the matrix material, the other comes from the interface effect.
In the following, the effective viscosity tensor is estimated using a mean field theory taking into account the linear viscous behaviour of the matrix material, the geometry of the fibers, and their orientation distribution.
The introduced model predicts that due to adding 30V/V% fibers to the matrix material, the effective isotropic viscosity increases to 1.7-fold of the matrix viscosity (blue circle).
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With the removal of the matrix materials, the cellulose I crystal structure was maintained, whereas the crystallinity and thermal stability of the fibers increased.
Furthermore, contrary to most metallic matrix materials, the ultimate tensile strength of the composite decreases with the increased strain rate in a certain range.
In addition, both the stoichiometry of the matrix material and the oxygen incorporation can be applied to tune the absorption property of the material.
The proper selection of the matrix material and the applied heat treatment allows for a wide range of tailoring of the mechanical properties.
However, the rapid solidification of the matrix material made the coating prone to brittle interphase cracking during impact.
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