Titlebook: Biomechanics of the Knee; With Application to Paul G. J. Maquet Book 19761st edition Springer-Verlag Berlin-Heidelberg 1976 biomechanics.d

Lament

https://doi.org/10.1007/978-3-658-04569-2ded to the body weight. If the weight of the body segments, their centre of gravity, and their displacements are known it is possible to determine the successive positions of the centre of gravity of the part of the body supported by the knee and hence to calculate the forces of inertia due to accelerations of this part.

CRUC

Review of the Literature,, 1972; Walker and Hajek, 1972). More detailed works have analysed the static and dynamic forces exerted on the knee during the gait (Morrison, 1968, 1970; Paul, 1965, 1966, 1967, 1968). We shall review and analyse these papers.

inquisitive

Conclusions,ded to the body weight. If the weight of the body segments, their centre of gravity, and their displacements are known it is possible to determine the successive positions of the centre of gravity of the part of the body supported by the knee and hence to calculate the forces of inertia due to accelerations of this part.

世俗

Nibble

Review of the Literature,tics in the coronal plane; Shinno (1961, 1962, 1968 a, b) in the sagittal plane and Knese (1955) in both planes. Others have tried to determine the distribution of forces on the femoral condyles (Rabischong et al., 1970) or the surface of the femoro-tibial weight-bearing areas (Kettelkamp and Jacobs

intrude

Mechanics of the Knee,ll then be measured. When the load and the weight-bearing surfaces are known, the magnitude of the compressive stresses in the joint can be deduced. These calculations will be preceded by an introductory discussion of load and stress.

似少年

CAGE

Biomechanical Treatment of Osteoarthritis of the Knee,ee is physiological, and secondary, from a change of the mechanical stress which overwhelms the resistance to mechanical stress of otherwise normal tissues. In the primary form, with insufficient tissues of the knee, the physiological stress provokes an overall osteoarthritis attacking the femoro-ti

WAIL

Conclusions,t of the lower legs and feet. But the knee is under much more stress during gait. In these conditions it eccentrically bears a heavier mass: the body minus only the supporting lower leg and foot. Furthermore, the displacements of the body segments through space provoke forces of inertia which are ad

变白

Book 19761st editionion of articular stressing remains unanswered. Dr. Maquet has carried out pioneer work in this field for some years in adapting, by analogy, to the knee joint, principles already accepted for the hip joint. Since the knee is not a ball and socket joint, a complicated problem arises for which new tho