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Three-dimensional vascular strain estimation is crucial for assessment of the location of high strain regions in the carotid artery (CA) and the identification of vulnerable plaque features. This study compares 2D vs. 3D displacement estimation in terms of radial and circumferential strain using simulated ultrasound images of a 3D atherosclerotic CA model at the bifurcation embedded in surrounding...
Three-dimensional vascular strain estimation is crucial for assessment of the location of high strain regions in the carotid artery. This study introduces a semi-3D radial strain imaging method which is tested in a 3D model of an atherosclerotic carotid artery. A 3D finite element model (FEM) of a patient-specific, pulsating atherosclerotic carotid artery (pulse pressure 60 mmHg) was generated with...
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