The basic role played by models of the diarthrodial joints in surgery, in pre-surgical planning and in prosthesis design has been widely stressed in the literature. Different approaches have been proposed to highlight the role of the main anatomical structures of the joint. Most models are based on in vivo measurements which, how-ever, are difficult to perform. This paper presents a sequential procedure based on three steps for the modelling of a joint. At each step a more and more complicated model of the joint is provided. Starting with a limited number of the passive anatomical structures of the joint (liga-ments, for instance), all the structures, both passive and active (muscles), are incorpo-rated in the final model step by step. The proposed procedure makes it possible to progressively gain a deeper under-standing of each structure of the joint. Examples of application to the knee and ankle joints are finally reported.

A new sequential approach to the modelling of human diarthrodial joints

FRANCI, RICCARDO;PARENTI CASTELLI, VINCENZO;SANCISI, NICOLA
2008

Abstract

The basic role played by models of the diarthrodial joints in surgery, in pre-surgical planning and in prosthesis design has been widely stressed in the literature. Different approaches have been proposed to highlight the role of the main anatomical structures of the joint. Most models are based on in vivo measurements which, how-ever, are difficult to perform. This paper presents a sequential procedure based on three steps for the modelling of a joint. At each step a more and more complicated model of the joint is provided. Starting with a limited number of the passive anatomical structures of the joint (liga-ments, for instance), all the structures, both passive and active (muscles), are incorpo-rated in the final model step by step. The proposed procedure makes it possible to progressively gain a deeper under-standing of each structure of the joint. Examples of application to the knee and ankle joints are finally reported.
Proceedings of RAAD 2008
1
10
FRANCI R.; PARENTI CASTELLI V.; SANCISI N.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11585/86948
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