Titlebook: Effects of Joint Incongruity on Articular Pressure Distribution and Subchondral Bone Remodeling; Felix Eckstein,Beat Merz,Christopher R. J

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https://doi.org/10.1007/978-3-642-86092-8e component (the trochlear notch) was constructed as an ellipse, its long axis exceeding the radius of the convex component (the trochlea of the humerus) by 10% (Fig. 6). The two-dimensional “plain-stress” FE model had a width of 20 mm and consisted of 2017 bilinear elements.

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0301-5556 ion. Idealised computer models of incongruous joints and a specific anatomically based model of the humero-ulnar joint articulation were analysed with the finite element method, and the results directly compared with experimental and morphological data.978-3-540-66212-9978-3-642-57184-8Series ISSN 0301-5556 Series E-ISSN 2192-7065

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https://doi.org/10.1007/978-1-84628-603-2uity/incongruity), can be isolated and varied in a complex system and investigated parametrically. Furthermore, biological processes such as the remodeling of bone, which would take up months of an experimental investigation, can be tested efficiently within reasonable periods of time.

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Communications—Broadcasting Applications socket) produces an inhomogeneous distribution of the contact stress, with maxima at the periphery and low pressure at the center. As the magnitude of the load increases, the contact areas widen in the direction of the center of the joint surface; nevertheless, an inhomogeneous pressure distribution with peripheral maxima is maintained.

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