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Collagen largely defines already low strain properties of media, which explains the origin of wall anisotropy seen at this strain level.
Improvement in low strain properties (modulus and shrinkage) was attributed to PAN interaction with the nanotube, while the improvement in high strain properties (tensile strength, elongation to break, and work of rupture) at least in part is attributed to the nanotube length.
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The process of biaxial stretching and resulting decohesion causes even a low strain property such as the Young's modulus to also become highly sensitive to the state of the interface.
This study was conducted to estimate low strain dynamic properties of composite media from easily measurable physical properties using the adaptive neuro-fuzzy inference system (ANFIS).
We propose the integration of Electrical Resistivity Tomography and P- and SH-wave seismic measurements for imaging the geometry of the dam's body and the underlying soil foundations and to characterize the low strain elastic properties.
To investigate this issue, this study sets up an experimental procedure to determine the low strain rate fatigue properties of nickel foam material.
The objective of this study is to investigate the effect of holes on the low strain rate fatigue properties of the nickel foam material and to understand the lifetime of this material which is subjected to the repeated loads.
The sample in the high confining pressure had larger stress and mechanical properties, low strain.
The layered composites exhibit better creep properties at low strain rate than either of the two constituent materials.
Nanoindentation enables determination of local mesoscale properties, which at low strain rates, exhibit a greater deformation rate sensitivity than the corresponding uniaxial deformation properties.
In general, mechanical testing showed the blends to exhibit inferior low-strain tensile properties (modulus and yield stress) compared to the matrix PP, but superior ultimate tensile properties (stress and strain at break) and impact strength.
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