… soft tissues [22], dispersion of the phase velocity c( f ) is introduced in accordance with the
local dispersion … results obtained for propagation in water because in tissue at derated source …

… The modeling software was utilized to research the coupling influence of overlying soft tissues
on UGW propagation characteristics via fk and phase-velocity dispersion simulation [27], […

… ultrasonic detection on LCC properties. Comparisons between simulation results and
experimental data of ultrasonic … quantitative method to explore the ultrasound propagation in LCC. …

… the ultrasound characteristics of human soft tissues but also … ) to increase the propagation
velocity of ultrasound waves in … In this study, ethanol (99.5% purity) was used as a dispersant …

… using high frame rate ultrasound imaging. The simulated … the forward model to compute the
simulated dispersion curves. … model captures fully three-dimensional wave propagation in the …

… The numerical calculation of ultrasonic guided waves propagating in a steel plate was
performed using a self-developed MATLAB code based on the two-dimension finite difference …

… a guided wave which exhibits dispersion. In this case… propagation speed of a wave measured
at a single frequency. Using wave propagation speeds at various frequencies, a dispersion …

… wave will gradually decrease due to the spherical dispersion. In this case, all the surfaces
… We use physical characteristics for blood-infused soft tissue to establish this model [45]. The …

… Moreover, we develop a general solution for the isotropic model which includes the previous
… [3] SF Levinson, “Ultrasound propagation in anisotropic soft tissues: The application of …

… is another noninvasive, ultrasound-based method to assess soft tissue stiffness through
the generation of shear waves inside the tissue and measure their propagation speed as they …