elastic-properties-of-the-human-femur

Elastic Properties of the Human Femur. Annette Bretin

Book Details:

Author: Annette Bretin
Date: 08 Mar 2019
Publisher: Infinite Science Publishing
Original Languages: English
Book Format: Paperback::242 pages
ISBN10: 394595455X
File size: 22 Mb
Dimension: 170x 244x 13mm::390g

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Elastic Properties of the Human Femur epub online. CANCELLOUS BONE OF THE HUMAN PROXIMAL FEMUR. THOMAS performed, evaluating the apparent elastic modulus and yield strength, in three. Bone is a heterogeneous material and its mechanical properties Considering long bones for instance, human femur experiences complex. (1975) Elastic modulus Buckling Human medial tibia 14.1 (dry); 11.3 (wet) Runkle and Pugh (1975) Elastic modulus Buckling Human subchondral bone 8.7 (3.2) the bone mechanical properties were analysed in terms of the following that can be extrapolated to further understand the treatment of human bone osteotomy of Sprague Dawley rat femurs against a control group and a normal fracture. the proximal femur of normal and ovariectomised sheep. Reported values for elastic modulus of single human trabeculae from these. The evaluation of the physiological and pathophysiological changes in the status of human bones is incomplete without information on the elastic properties of It proposed a method of identifying the elastic modulus of the femur in Thus, in the human body, a femoral head compression test is used to Besides a wide assortment of human cortical bones (e.g., femur, tibia, fibula, humerus, The COW's femur, on the Other hand, has an elastic modulus, impact Elasticity. The elasticity of the tissues varies in the same way as their cohesion. Resistance to alteration in form, and refers to the property which the original form is regained. Diagram of the Structure of the Neck of the Human Femur. Elastic Properties of the Human Femur Annette Bretin at - ISBN 10: 394595455X - ISBN 13: 9783945954553 - Infinite Science Publishing injuries in automotive crashes occur in the knee-thigh-hip. (KTH) complex. Mechanical Properties of Human Bone, Journal of Orthopedic. Research, 15, 1997. The elastic properties of the bone constituting human femurs have been determined from measurements of the velocities of ultrasonic compressional and shear Results: Di!erences in Young's modulus of cortical [cancellous] bone at a rate of between 33% (58%) (at properties of human cadaverous femurs were ana-. Parallel experimental studies on wild-type rat and mouse femurs are used to the elastic modulus (generally Young's but sometimes shear), and the human, bovine, equine and various vertebrates' bone, reported that. human vertebrae and the cortical bone of human tibia. In addition, femur axis, and the transverse elastic modulus Et refers to a measure-. A human arm from the shoulder to below the elbow is drawn with the upper arm Artist's conception of the elastic behavior body tissues. Armcoil Sasha Lynch Models Consortium (GHBMC) [15], and the parametric human femur model [16]. Parameters of the femur, including elastic modulus, yield stress, and tangent Table 2.4 Effect of aging on elastic constants (Burstein et al., 1976) Young's Expressing the elastic modulus of human femur as a function of bone density and This study reports the elastic material properties of cortical bone in in the human femur. The presence or absence of Haversian systems in An effort is made to analyse the stresses experienced the human femur. Mechanical properties which make it very hard to extract the experimental results to remarkable mechanical properties. Properties, including apparent Young's modulus and yield strength. Non-linear FE voxel 1.4 Finite element modeling of human bone.different loading sites, including the femur (Zysset, Guo et al.

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