Key result
Image-guided modelling combining 3D ultrasound with computational fluid dynamics enables the provision of all seven components of velocity for comprehensive haemodynamic evaluation.
Design
Review
Authors
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Should not yet change clinical imaging; extends haemodynamic research with full velocity mapping.
Advanced ultrasound techniques, particularly image-guided modelling combining 3D ultrasound with computational fluid dynamics, enable comprehensive assessment of arterial haemodynamics including wall shear stress.
Peter R. Hoskins (2009) conducted a review in Arterial stenosis and haemodynamic phenomena. Ultrasound imaging was evaluated. Image-guided modelling combining 3D ultrasound with computational fluid dynamics enables the provision of all seven components of velocity for comprehensive haemodynamic evaluation.
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