Exact(20)
The effects of initial stress in the piezoelectric layer and the viscous coefficient of the liquid on the phase velocity of Love waves are analyzed.
The effects of the viscous coefficient on the phase velocity of Love waves and attenuation are presented and discussed in detail.
Parametric studies were conducted on double cantilever beam (DCB) specimen to investigate the effect of viscous coefficient and mesh size on the simulation results.
The results show that the mass density and the viscous coefficient have different effects on the propagation attenuation and phase velocity under different electrical boundary conditions.
The experimental identification of viscous coefficient of shaft material damping was not found in the available literature and this work attempts the same as well.
The phase velocity decreases with increase of the viscous coefficient, or with increase of the frequency, and the attenuation increases with the frequency of the waves and the liquid viscosity, respectively.
Similar(40)
This paper proposes a novel control strategy for controlling knee exoskeleton with time-dependent (time-varying) inertial and viscous coefficients.
The SH wave characteristics is controlled by two elastic constants and their corresponding viscous coefficients.
This paper proposes a novel control strategy for controlling knee exoskeleton with time-varying inertial and viscous coefficients disturbed by interaction torque.
The positive parameters ν, (nu_{r}), (c_{0}), (c_{a}), (c_{d}) are the viscous coefficients.
Without loss of generality, we set the viscous coefficients μ + χ = γ = ν = κ = 1.
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