Global ETD Search
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Showing 1 to 6 of 6 for “"Statistical shape modelling"”.
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Articulated Statistical Shape Modelling of the Shoulder Joint
… joint kinematics via the use of articulated statistical shape models (ASSMs). Articulated statistical shape models extend conventional statistical shape models by combining the shape variability of anatomical objects collected from different subjects (statistical shape models), with the …
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Shape and Function in Coronary Artery Disease Deciphered through Geometric Deep Learning and Statistical Shape Modelling
L'abstract è presente nell'allegato / the abstract is in the attachment
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An Exploration into the Relationship between Knee Shape and Kinematics Before and After Total Knee Replacement
… its design and it is thought that its articular shape is the main driver of biomechanical behaviour. Although the shape of the bony knee is acknowledged to change with osteoarthritis, the specific relationship between shape changes and function is not well understood. Deep flexion, specifically …
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An Exploration into the Relationship between Knee Shape and Kinematics Before and After Total Knee Replacement
… its design and it is thought that its articular shape is the main driver of biomechanical behaviour. Although the shape of the bony knee is acknowledged to change with osteoarthritis, the specific relationship between shape changes and function is not well understood. Deep flexion, specifically …
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Patient-specific computational haemodynamics in the arteriovenous fistula and aorta of a chronic kidney disease cohort
… of the vascular wall, and inadequate outward remodelling, an insufficient increase in venous diameter and elasticity, are the two major mechanisms behind AVF failure.Considering the highly patient-specific nature of AVF, vascular access guidelines have proposed a patient-centred care approach …
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Statistical Modeling of Knee Morphology and Material Properties Considering Diverse Populations
… of orthopaedic implants is using Statistical Shape and Intensity Models (SSIMs), which can be used to incorporate patient variability directly into the orthopaedic medical device development workflow through population-based finite element analysis.</p> <p>This work aimed to …