… in elastic properties and relied on predefined biomechanical models (1.) or pretrained neural
… To include the biomechanical properties of soft tissue we propose a system which first, …

… properties of soft tissues in the past using small strain responses when … using ultrasound
elastography. In doing so, eight rheological models, including classical biomechanical models …

… Since the methods described in this study target calculation of the dynamic strain of the …
for 3-D imaging using a perfused contrast agent and finite element modeling to determine …

… be considered in biomechanical modeling by guiding surgical … ankle positions using both
SWE and strain elastography. Additionally, … could have an impact on the surgical plan. Only …

… models have the potential to significantly advance the accuracy of in vivo biomechanics
studies. … Strain estimation of the murine right ventricle using high-frequency speckle-tracking …

… biomechanical modeling of tissue for various clinical scenarios. … Unlike other elastography
techniques, such as strain … data from ultrasound elastography into these models, researchers …

… chosen and designed using transducer modeling software (… strategy was to target thrombus
with different biomechanical … Qian et al., “Ultrasonic elastography to assess biomechanical …

… by both finite element simulation and experimental measurement of a … This study provides
an effective method for biomechanical … Additionally, ultrasound elastography does not have the …

… -LCSI-derived strain indices for serial monitoring of murine models prone to atherosclerotic
… full 2-D Lagrangian strain tensors without any biomechanical assumption in contrast to the …

… remains one of the main open challenges in biomechanics. … as the slope of stress-strain
curve along the longitudinal axis and can … 3(e) shows a guide of MTJ-tracking results using the …