Results 251 to 260 of about 4,289,894 (301)

Shear behavior of human skull bones

Journal of the Mechanical Behavior of Biomedical Materials, 2021
A shear-punch test (SPT) experimental method was developed to address the lack of shear deformation and failure response data for the human skull as a function of local bone microarchitecture. Improved understanding of skull deformation and fracture under varying stress-states helps implement mechanism-based, multi-axial material models for finite ...
A D, Brown, K A, Rafaels, T, Weerasooriya   +2 more
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The Behavior of Fabrics in Shear

Textile Research Journal, 1968
An analysis has been made of the geometrically similar tests of bias extension and sim ple shear for plain-woven fabrics. This analysis makes possible calculation of the values of the equivalent shear strain and equivalent shear stress, corresponding to measured values of tensile strain and tensile stress in bias extension.
S.M. Spivak, L.R.G. Treloar
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Modeling Shear Behavior in the Annulus Fibrosus

ASME 2008 Summer Bioengineering Conference, Parts A and B, 2008
An accurate constitutive law for the annulus fibrosus (AF) is critical to modeling the complex loads and deformations of the intervertebral disc. In the healthy disc, the loads applied to the AF are primarily a combination of tension and torsion. Several researchers [1–5] have developed nonlinear strain energy functions to model the AF using the fiber ...
Nathaniel T, Hollingsworth, Diane R, Wagner   +1 more
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The Behavior of Fabrics in Shear

Textile Research Journal, 1967
The effect of heat-setting on the properties of a nylon monofil fabric in shear has been investigated, and considerable changes have been found to occur. These changes particularly depend on whether heat-setting is done with the specimen held at fixed dimensions or allowed free contraction. Photographs of the actual contact area at fila ment crossovers
S.M. Spivak, L.R.G. Treloar
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A database of the structural behavior of masonry in shear

Bulletin of Earthquake Engineering, 2018
This paper reports the results of several on-site investigations carried out by the authors in the last 20 years in central Italy (Umbria, Marche, Emilia and Abruzzo regions) on masonry wall panels. The use of stone and brickwork masonry has been common for centuries not only for rural residences but also for public and religious buildings.
Marco Corradi, Antonio Borri
openaire   +1 more source

Shear Behavior of Bovine Scleral Tissue

Journal of Biomechanical Engineering, 2014
Ocular tissue properties have been widely studied in tension and compression for humans and a variety of animals. However, direct shear testing of the tissues of the sclera appear to be absent from the literature even though modeling, analyses, and anatomical studies have indicated that shear may play a role in the etiology of primary open angle ...
Alan, Argento, Wonsuk, Kim, Frank W, Rozsa, Kori L, DeBolt, Sophia, Zikanova, Julia R, Richards   +5 more
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Dynamic behavior of lung parenchyma in shear

Journal of Applied Physiology, 1996
Dynamic shear properties of excised rabbit lungs were studied by measuring creep deformation after application of a step indentation force to the pleural surfaces by a rigid cylindrical punch. The punch diameter was 9.5 mm, and punch forces were 2,4, and 6 g.
M F, Coughlin, B, Suki, D, Stamenović
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The Behavior of Fabrics in Shear

Textile Research Journal, 1966
A new instrumental method for the analysis of the stress-strain behavior of fabrics in shear has been designed which utilizes the Instron and its automatic recording. It is similar in principle to the laboratory method previously employed by Treloar.
openaire   +1 more source

Shear-resistant behavior of light composite shear wall

Journal of Central South University, 2015
Shear test results for a composite wall panel in a light composite structure system are compared with test results for shear walls in Japan. The analysis results show that this kind of composite wall panel works very well, and can be regarded as a solid panel.
Sheng-cai Li, Yu-li Dong
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The Influence of Shearing Velocity on Shear Behavior of Artificial Joints

Rock Mechanics and Rock Engineering, 2013
In this paper, the effects of shear velocity on the shearing behavior of artificial joints have been studied at different normal stress levels. Here, artificial joints with planar and rough surfaces were prepared with the plaster (simulating soft rock joints) and concrete (medium-hard rock joints) materials.
Hadi Atapour, Mahdi Moosavi
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