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He makes patient-specific models of bone segments and simulates their interaction with orthopedic devices.
Mathematical models of bone remodeling process were proposed and analyzed theoretically and numerically [15 20].
The mathematical models of bone remodeling present in literature, concentrate on different aspects.
Many biomedical applications, such as the design of customized orthopaedic implants, require accurate mathematical models of bone geometry.
Common animal models of bone diseases are mice and rats, and it is important to know the reproducibility of the bone measurements in order to correctly interpret results.
A new experimental validation method for assessing the accuracy of large-scale finite element (FE) models of bone micro-structure at the apparent and tissue level was developed.
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The images were then used to construct micro-finite element models of bone-scaffold constructs, with which we estimated the stiffness for each sample at all time points.
Computed tomography scans are a valuable tool for developing computational models of bones.
Continuum finite element (FE) models of bones are commonly generated based on CT scans.
Three-dimensional printing is an emerging method in paleontology, with researchers using the tech to create perfect scale models of bones.
A few efforts on mathematical modeling of bone remodeling have been discussed in "Bone" section.
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CEO of Professional Science Editing for Scientists @ prosciediting.com