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Hardness and Young's modulus decrease with increasing RPM.
The hardness and Young's modulus decrease with increasing Si content.
Hardness and elastic modulus decrease with carbon content from ~ 29 to ~ 22 GPa and ~ 526 to ~ 326 GPa.
It is obtained that the first yield stress and elastic modulus decrease with increasing temperature but increase with the increasing loading speed.
The experimental results indicate that the compressive strength and the elastic modulus decrease with increasing RAP aggregate replacement, while all mixtures containing RAP aggregates remain workable.
The results show that the dynamic compressive strength and impact toughness increase with strain rate, while the elastic modulus decrease with strain rate.
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Rheological data depicted the modulus decreasing with aniline dimer increment due to limited hydrogen bonds accessibility.
The lattice constants increase while the bulk modulus decreases with Cd concentration increasing.
In addition, the effect of shear velocity on the shear modulus decreases with increasing porosity.
The Results revealed that permeability, internal friction angle, constraint modulus and 3-D Young modulus decreases with inclusion content.
The elastic modulus decreases with decreasing modulation period due to the compliant interface.
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