Sentence examples for mechanical properties owing from inspiring English sources
The incorporation of the clays into a polymer matrix frequently does not improve the composite mechanical properties, owing to both poor dispersion and macroscopic particle dimensions.
Non-equal molar high entropy alloys (HEAs) are promising to obtain better mechanical properties owing to abundant composition designs compared with single equal molar HEAs point.
Halloysite, a type of naturally occurring aluminosilicate, has attracted increasing interest in polymer nanocomposite applications, especially for the enhancement of mechanical properties owing to its tubular structure.
Polyimide (PI) is a class of high-performance polymers with improved heat-resistance and mechanical properties owing to its aromatic and heteroatomic functionalities, yielding an ideal material for high-temperature applications.
The derived scaling laws are expected to be of paramount importance today, especially after the advent of ultra fine grained materials that offer unique mechanical properties owing to their fine microstructure.
The beneficial results can be attributed to the effects: such coatings can inhibit further oxidation of alloy substrate owing to its extremely low oxygen diffusion rate, possess excellent mechanical properties owing to the stress relaxation caused by the phase transformation of zirconia, and the toughening role of Pt particles.
The comparison study demonstrated that resulting ATO-filled WPUA coatings outperformed those made by physical blending method over the mechanical and optical properties owing to a good dispersion of ATO nanoparticles.
Peanut sprouts show cytoprotective properties owing to their antioxidant activities.
Similar to wood, there is better correlation for stiffness than strength of bamboo laminae under tensile, compressive and flexural loading but there are fewer correlations in mechanical properties of LBCs owing to random selection of laminae from different locations and also because of addition of epoxy during preparation of LBCs.
They present outstanding mechanical properties and compatibility owing to their polymer matrix, the unique physical and chemical properties caused by the unusually large surface area to volume ratios and high interfacial reactivity of the nanofillers.
It resulted in a rapid reduction in mechanical properties for corresponding composite rods owing to the weakening of interfacial binding capacity between poly-lactic acid and inner layer.
