Titlebook: Image-Based Multilevel Biomechanical Modeling for Fall-Induced Hip Fracture; Yunhua Luo Book 2017 Springer International Publishing AG 201

NEXUS

Risk of Fall,determined by four biomechanical variables, i.e. the risk of fall, impact force, femur bone quality and femur geometry. However, the connection between the risk of fall and LSR is different from those of the other three; the risk of fall is not directly related to LSR but via the ‘probability’ of fa

點(diǎn)燃

清洗

Finite Element Modeling of Femur Stresses/Strains Induced by Impact Force,ed as described in Chap.?7, the next step is to predict in vivo bone strength. It is necessary to clarify what is bone strength, as it is often confused in the literature with other mechanical parameters such as femur stiffness and cross-section moment of inertia. Bone strength is defined as the ult

Amplify

Measurements of Hip Fracture Risk,ve be adopted in the literature to evaluate hip fracture risk. The available measurements can be classified into two categories: whole-bone and anatomic-site specific. The definitions, theoretical bases, pros and cons of the measurements are discussed in this chapter.

運(yùn)動(dòng)性

Preliminary Clinical Studies,cture risk, the computer codes were automated so that user intervention is not required. Short-term precision was studied and factors affecting short-term precision were investigated. The ability of the biomechanical tool in discriminating hip fractures from controls was examined using clinical coho

defuse

Ballerina

Inflamed

死貓他燒焦

Yunhua Luo of the Iron Curtain, and the immense challenges in nation-building in South-Eastern Europe after the collapse of former Yugoslavia in relation to strategic security management. The abolition of border controls within the Schengen area and simultaneous introduction of necessary replacement measures

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