Sentence examples for moduli of viscoelastic from inspiring English sources

Explicit expressions for the complex longitudinal shear moduli of viscoelastic composites with arbitrary symmetric structure are obtained.

A method of determination of the Young's and shear complex moduli of viscoelastic materials using a transmissibility function is presented.

A new approach is proposed based on the dynamic moduli of viscoelastic solutions to better understand the simultaneous viscous and elastic effects.

Two independent systems to measure the dynamic complex Young's and bulk moduli of viscoelastic materials as a function of temperature and hydrostatic pressure are described.

The present methodology allows one to preserve the frequency and temperature dependences of the storage and loss moduli of viscoelastic materials for a wide range of frequencies and to perform a structural analysis using high damping tests.

The extensional and shear moduli of the viscoelastic material layer are described by the complex quantities.

The extensional and shear moduli of the viscoelastic material are characterized by complex quantities.

The frequency dependent storage and loss moduli of the viscoelastic material are sometimes modeled using the fractional derivatives.

The influence of the transmission function of the impedance head as well as of the mass impedance of the element connecting the beam and the head on the measured results for the complex moduli of elasticity of viscoelastic beams has been examined theoretically and experimentally.

Beyond the LVR, higher-order harmonics have significant contributions, which are not accounted for in the traditional calculation of viscoelastic moduli.

Micromechanical analysis of viscoelastic storage moduli following Kerner composite model has revealed an enhancement in the reinforcement efficiency of the nanohybrid composites based on the filler size-scale combination of 14 nm + 2 μm with 10 wt.% nanofiller loading.