… , and strain were investigated. The liver displacement calculated using our biomechanical
… through stress maps derived from biomechanical models of the lung Med. Phys. 48 715–23 …

… modeling of the intrinsic distribution orientations and strain … Examples of ultrasonic elastography
are included in Table 1. … providing valuable insight into tissue biomechanical features. …

… , ultrasonic noninvasive invivo measurement for estimating corneal biomechanics using FEM
simulation … , tissue response to applied stress is dependent on strain rate. Corneal tissue’s …

… biomechanical models and ultrasound physics, have recently been proposed to provide end-to-
end strain estimations. … the implicit strain reconstruction in ultrasound elastography using …

… Abstract—The goal of non-linear ultrasound elastography is to … NLSM estimates may be
obtained at ∼ 30 % lower strain … Further the estimates obtained from the simulation studies …

… high-frequency ultrasound elastography method to characterize … affect corneal strains will
help to build models to derive … assess treatment efficacy and guide therapeutic planning. Work …

… Ultrasound elastography estimates biomechanical properties of the tissue and can substantially
improve the capabilities of ultrasound … a Monte Carlo simulation by estimating strain 100 …

… 2 mm) and shear wave speed (SWS) are estimated for each of the nine involved corneal
models in this study. Results show that TTP is decreasing (6.9 msec. at 140KPa to 5.3 msec. …

… can be derived utilizing different biomechanical models. Many remarkable efforts have been
… However, none of the proposed models can be utilized for layer-specific assessments of …

… years due to their ability in detecting bio-mechanical tissue alterations non-invasively, which
… For each level of noise we ran a Monte Carlo simulation by estimating strain 100 times with …