Quasi-static ultrasound elastography (QSUE) is an imaging technique that mainly provides
axial strain maps of tissues when the latter are subjected to compression. In this article, a …

The objective of this study is to assess strain and shear wave (SW) elastography
performance in terms of accuracy by performing in vitro measurements on a calibrated …

Quasi-static ultrasound elastography mainly provides images of the axial strain that
biological tissues experience when compressed. In this study, a virtual fields–based method …

This study focuses on the reconstruction of the shear modulus contrast in linear elastic and
isotropic media, in quasi-static ultrasound elastography. The method proposed is based on …

Accurately estimating all strain components in quasi-static ultrasound elastography is crucial
for the full analysis of biological media. In this study, 2D strain tensor imaging was …

Several different platforms providing ultrasound elastography have emerged in recent years.
In this in vitro study on a single tissue-mimicking phantom (CIRS Model 49), we aimed to …

The goal of this study is to assess the effects of region of interest (ROI) selection and lesion
size on estimates of shear modulus ratio from strain ratios to quantify relative stiffness of …

Purpose This study was aimed to investigate the reproducibility of shear wave elastography
(SWE) among operators, machines, and probes in a phantom, and to evaluate the effect of …

Reconstructing tissue elastic properties from dis-placements measured in quasi-static
ultrasound elastography is a challenging task. Indeed, it requires to solve an ill-posed …

Objectives To investigate consistency in shear wave velocities (SWVs) on ultrasound
elastography using different machines, transducers and acquisition depths. Methods The …