… bone. This review discusses fundamental mechanisms underlying the interaction between
ultrasound and cancellous bone. … , and its inhomogeneity, cancellous bone is more difficult to …

… The interaction of ultrasound with cancellous bone … In conclusion it is clear that ultrasonic
attenuation in cancellous bone correlates with trabecular bone volume but the Biot theory …

… Ultrasound propagation in cancellous bone … that ultrasound in cancellous bones propagates
at frequencies higher than the critical angular frequency ωcrit. Thus, momentum interaction …

… –solid interaction in cancellous bone media is the finite element method (FEM). The FEM,
reported to be generally superior to FDTD for elastic wave propagation analyses [50], [51], can …

… An understanding of the interaction between acoustic waves and cancellous bone is needed
in order to realize the full clinical potential of ultrasonic bone measurements. Scattering is …

… The “single” scattering theory considers the interaction and spatial redistribution of an
ultrasound wave incident upon an obstacle.37, 38, 39 The total attenuation is the summation of …

… We intend to use both theoretical modelling of the interaction of ultrasound with cancellous
bone and physical testing of a range of structurally controlled stereolithography models in …

… We have presented the most recent developments for the identification of the different
physical phenomena implied in the interaction between ultrasound waves and cancellous bone. …

… insight into mechanisms underlying the interaction between ultrasound and cancellous
bone, which could help inform future system design as bone sonometry technology evolves. …

… the suitability of the bar equation for ultrasound in cancellous bone. First, it is only valid for
macroscopically isotropic media, and cancellous bone is known to be anisotropic. Second, for …