Low-frequency shear elasticity of liquids

Б. Б. Бадмаев; С. А. Бальжинов; Б. Б. Дамдинов; Т. С. Дембелова

doi:10.1134/s1063771010050076

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Low-frequency shear elasticity of liquids

Б. Б. Бадмаев С. А. Бальжинов Б. Б. Дамдинов Т. С. Дембелова

Year: 2010 Journal: Acoustical Physics Vol: 56 (5)Pages: 640-643 Publisher: Pleiades Publishing

DOI: 10.1134/s1063771010050076

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Abstract

The shear modulus and mechanical loss tangent are measured for several liquids in the frequency region between 104 and 105 Hz. It is found that an increase in frequency is accompanied by a decrease in the shear modulus and an increase in the mechanical loss tangent.

Keywords:

Shear modulus Tangent modulus Materials science Dissipation factor Shear (geology) Composite material Tangent Elasticity (physics) Young's modulus Modulus Dynamic modulus Dynamic mechanical analysis Mathematics Geometry Polymer

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Low-frequency shear elasticity of liquids

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