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Rheological data depicted the modulus decreasing with aniline dimer increment due to limited hydrogen bonds accessibility.
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a Elastic modulus decreases with increasing diameter of internal defects and b elastic modulus decreases with increasing length of internal defects.
The data revealed that bending modulus decreased with structural expansion.
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.
Meanwhile, the residual tensile strength and tensile modulus decreased with the exposure temperature and sustained tensile loading level.
The Young's modulus decreased with increasing temperature, whereas the Poisson's ratio did not depend on temperature.
The Young's modulus decreased with increasing Mo, which seems to be the result of vacancy formation.
The flexural modulus decreases with increasing void content and increases with fibre length diameter ratio.
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