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Shears band in the 105Sn nucleus
Zeitschrift für Physik A Hadrons and nuclei, 1997The structure of 105Sn has been investigated through the 50Cr(58Ni,2pn) reaction at a beam energy of 210 MeV. In addition to an extension of the spherical level scheme, a regular sequence of dipole transitions has been found. The experimental results are in agreement with the prediction of Tilted Axis Cranking calculations, which satisfactorily explain
A. Gadea +30 more
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International Journal of Solids and Structures, 2004
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Gardiner, B.S., Tordesillas, A.
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Gardiner, B.S., Tordesillas, A.
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Journal of Polymer Science: Polymer Physics Edition, 1973
AbstractLexan polycarbonate specimens in the form of tubes were deformed in torsion. The deformation occurs by the nucleation and growth of discrete shear bands. Shear bands are initially formed at the upper yield point. Development of the bands is accompanied by a drop in the stress to a lower yield point.
W. Wu, A. P. L. Turner
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AbstractLexan polycarbonate specimens in the form of tubes were deformed in torsion. The deformation occurs by the nucleation and growth of discrete shear bands. Shear bands are initially formed at the upper yield point. Development of the bands is accompanied by a drop in the stress to a lower yield point.
W. Wu, A. P. L. Turner
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Shear bands as discontinuities
2018Mathematics Technical ...
Olmstead, W. E., Nemat-Nasser, S, Ni, L
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On the Stability of Shear Bands
1995Prediction of the onset of localization of the deformation in solids under stress, and, in particular, the initiation of shear bands, is a problem of considerable importance in the context of metal plasticity (see, for example, the review by Rice [1]).
R. W. Ogden, P. Connor
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Acta Geotechnica, 2009
Shear bands appear at limit states of soil bodies. They are analysed as thin zones of localised deformation that takes place as simple (i.e. dilatant) shear. It can be observed, however, that shear bands are discontinuous and also may be “reflected” at rigid boundaries. These phenomena appear as incompatible with the assumed shear deformation.
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Shear bands appear at limit states of soil bodies. They are analysed as thin zones of localised deformation that takes place as simple (i.e. dilatant) shear. It can be observed, however, that shear bands are discontinuous and also may be “reflected” at rigid boundaries. These phenomena appear as incompatible with the assumed shear deformation.
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Solid State Phenomena, 1991
Analyse des concepts d'instabilite et de localisation. Revue de l'analyste de la stabilite lineaire, de la stabilite lineaire relative et de quelques approches non lineaires principalement pour des comportements dependant du temps. Applications a l'analyse des bandes de cisaillement dans un monocristal viscoplastique et pour la localisation ...
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Analyse des concepts d'instabilite et de localisation. Revue de l'analyste de la stabilite lineaire, de la stabilite lineaire relative et de quelques approches non lineaires principalement pour des comportements dependant du temps. Applications a l'analyse des bandes de cisaillement dans un monocristal viscoplastique et pour la localisation ...
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Shear Banding in an F-Actin Solution
Physical Review Letters, 2012We report herein the first evidence that an F-actin solution shows shear banding, which is characterized by the spontaneous separation of homogeneous shear flow into two macroscopic domains of different definite shear rates. The constant shear stress observed in the F-actin solution is explained by the banded flow with volume fractions that obey the ...
Itsuki, Kunita +5 more
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Physics Letters A, 1986
Abstract One mechanism for ignition of propellants and explosives involves shear banding, in which the healing due to visco-plastic effects combines with the reactive heating to reduce the critical size. To study this process, the analysis of Frank-Kamenetskii is generalized herein to account for mechanical effects (shear).
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Abstract One mechanism for ignition of propellants and explosives involves shear banding, in which the healing due to visco-plastic effects combines with the reactive heating to reduce the critical size. To study this process, the analysis of Frank-Kamenetskii is generalized herein to account for mechanical effects (shear).
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LARGE SCALE SHEAR BANDING IN EXTENSION
2011In this paper, we will explore the role of non-coaxiality on shear banding in pure shear. We first outline the consitituve relations. The deformation and localization process is illustrated by results of large deformation finite element simulations on a rectangular domain in extension for different constitutive models. We also show the variation of the
Mühlhaus, Hans +3 more
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