… tissue … estimates are less accurate than axial, however, if ultrasound images are used for
motion tracking [4]–[7]. We previously showed that the incompressibility property of soft tissue …

… It solves the problem of rotational invariance of deformations and takes into account the
incompressibility properties of biological tissues. Including this model into our laparoscopic …

… , which has only one unknown for incompressible materials. That unknown is called the (…
equivalent to the modulus image (for incompressible tissue with isotropic linear elastic behavior)…

… incompressible media thereby extending its applicability to tissues which are nearly
incompressible … computational efficiency of the method were evaluation of the gradient using the …

… We estimate the constants a and b in terms of c1 and c2 given by Azar … For the special
case of incompressible tissue, we have performed numerical simulations to illustrate the …

… A three dimensional incompressible and geometrically as well as materially nonlinear finite
… The finite element is formulated for large deformations and considers incompressibility by …

… The MRE method is very promising, as it permits the evaluation of the in vivo mechanical …
where \(\rho \) is the (constant) mass density of the homogeneous incompressible soft tissue (…

… are usually employed to estimate material constants. The strain … The first is that brain tissue
is incompressible, motivated by … incompressibility locally. The second is to assume that brain …

… for incorporation into nonlinear inversion MRE algorithms. Simulations of MRE in brain
tissue with … in resulting mechanical property estimates in tissues that are strongly anisotropic. …

… tissues; however, the theory of nonlinear elasticity using hyperelastic models, describes
accurately the nonlinear tissue … Estimating zero-strain states of very soft tissue under gravity …