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Each of the tested materials exhibited different properties in order to achieve low hydraulic conductivity: Mixture A has an even grain size distribution and forms a dense matrix.
Although the materials exhibited different dynamic mechanical properties, they were able to seal ex-vivo injuries and withstand physiological pressures: furthermore, their efficacy was superior to that of simple suturing techniques.
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Piezoceramic materials exhibit different types of nonlinearities under different combinations of electric and mechanical fields.
This correlation suggests the presence of a mixture of two materials exhibiting different crystallization degrees.
However, carbon-based materials exhibit different effects on cells when administered in vivo since they present various bio-distribution patterns [36, 37].
When heated during reflow, these materials exhibit different levels of expansion because of their dissimilar thermal expansion coefficients.
The paper presents a framework for creep modeling of materials exhibiting different behaviors in different loading scenarios, such as tension, compression and shear, respectively.
Piezoceramic materials exhibit different types of nonlinearities depending upon the magnitude of the mechanical and electric field strength within the body.
A class of materials which is increasingly gaining attention is that of so-called metamaterials, for example materials exhibiting different mechanical responses at different scales due to different levels of heterogeneity.
Main emphasis of this work was to verify as to whether the intrinsic amorphous structure of polymer-derived bulk materials exhibits different structural features upon pyrolysis, that depend on the functionalities of the pre-ceramic polymer, and whether such characteristic features are maintained upon high-temperature anneal.
Three-point bending tests and optical microscope analyses are performed on a cement mortar reinforced with 3D printed fibers made of polymeric and metallic materials, which exhibit different surface morphology and roughness.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com