Titlebook: Clinical Biomechanics and Related Research; Yasusuke Hirasawa (Professor and Chairman),Clement Conference proceedings 1994 Springer Japan

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The Energy-Absorbing Function of Cancellous Bone and Its Influence on the Loosening of Artificial Joic and impact compression tests of subchondral cancellous bone at nominal strain rates from 0.008 to 25 s.. The mechanical energy-absorbing mechanisms of cancellous bone could be roughly classified into two types: viscoelastic hysteresis and release of elastic energy from microfractures of the trabe

radiograph

The Effect of Maturation on Dynamic Viscoelastic Properties of Epiphyseal Plate in the Rabbit the mechanical properties of the epiphyseal plates. The test materials were dissected from immature Japanese white rabbits of various body weights. The dynamic absolute modulus, the storage modulus, the loss modulus, and the tangent phase-shift angle δ were measured in the frequency range 0.1–40 Hz

Infelicity

Mechanical Behavior of Cortical Bone Under Static and Substatic Compressive Loadingestimate microfracture of the specimens. It appeared that microfracture of the specimens occurred as delamination at the interface between the osteons and interstitial lamellae or as debonding in the lamellae by deflective deformation of osteons. For static tests, the modulus of 0° direction specime

Palpitation

Radiculopathy

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Stress Analysis of the Proximal Tibia After Unicompartmental Knee Arthroplasty with Finite-Element Mared in neutral alignment. Higher stress concentrations were observed in the cancellous bone beneath the UHMWPE implants than beneath the metal-backed implants in all alignments. Stress concentrations in cancellous bone beneath implants in varus were higher than beneath bone in neutral alignment. Hi

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fructose

The Energy-Absorbing Function of Cancellous Bone and Its Influence on the Loosening of Artificial Jon vitro case, aseptic loosening of the prosthesis was caused by a decrease in the cancellous bone stock or reduction in the energy-absorbing abihty of the joints. Thus, the energy-absorbing properties of subchondral cancellous bone were dependent on the morphology and deformability of the cancellous

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