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schémas tirés de biomecanique
fonctionnelle Dufour, Pillu!
op+
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schémas tirés de biomecanique
fonctionnelle Dufour, Pillu!
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schémas tirés de biomecanique
fonctionnelle Dufour, Pillu!
ot+
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La section de l’élastique a doublé entre A et B
schémas tirés de biomecanique
fonctionnelle Dufour, Pillu!
ou+
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schémas tirés de biomecanique
fonctionnelle Dufour, Pillu!
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A: limite de proportionnalité, B: limite d’élasticité, C: point de rupture
schémas tirés de biomecanique
fonctionnelle Dufour, Pillu!
ox+
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schémas tirés de biomecanique
fonctionnelle Dufour, Pillu!
py+
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schémas tirés de biomecanique
fonctionnelle Dufour, Pillu!
pz+
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schémas tirés de biomecanique
fonctionnelle Dufour, Pillu!
pc+
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schémas tirés de biomecanique
fonctionnelle Dufour, Pillu!
po+
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schémas tirés de biomecanique
fonctionnelle Dufour, Pillu!
pp+
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schémas tirés de biomecanique
fonctionnelle Dufour, Pillu!
pr+
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schémas tirés de biomecanique
fonctionnelle Dufour, Pillu!
pt+
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schémas tirés de biomecanique
fonctionnelle Dufour, Pillu!
pu+
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schémas tirés de biomecanique
fonctionnelle Dufour, Pillu!
pw+
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schémas tirés de biomecanique
fonctionnelle Dufour, Pillu!
px+
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schémas tirés de biomecanique
fonctionnelle Dufour, Pillu!
ry+
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schémas tirés de biomecanique
fonctionnelle Dufour, Pillu!
rz+
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schémas tirés de biomecanique
fonctionnelle Dufour, Pillu!
rc+
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schémas tirés de biomecanique
fonctionnelle Dufour, Pillu!
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schémas tirés de biomecanique
fonctionnelle Dufour, Pillu!
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schémas tirés de biomecanique
fonctionnelle Dufour, Pillu!
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schémas tirés de biomecanique
fonctionnelle Dufour, Pillu!
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fonctionnelle Dufour, Pillu!
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schémas tirés de biomecanique
fonctionnelle Dufour, Pillu!
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Si les deux bouts de la tige sont solidarisés aux mâchoires, lors du serrage, le 1/3 moyen de
La tige s’incurve tandis que les deux 1/3 extrêmes restent rectilignes. Exemple le tibia qui
ne permet pas de mouvement dans le plan frontal.
schémas tirés de biomecanique
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fonctionnelle Dufour, Pillu!
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schémas tirés de biomecanique
fonctionnelle Dufour, Pillu!
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La notion de cocontraction se retrouve
dans la poutre composite.
En effet, il y a une double action
1- poutre composite entre os et muscle
2- effet étau entre le muscle agoniste et
son antagoniste, favorisant la
cicatrisation osseuse et correspondant
aux chaînes parallèles
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fonctionnelle Dufour, Pillu!
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schémas tirés de biomecanique
fonctionnelle Dufour, Pillu!
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