The model predicts a new coupling mode in chiral nanotubes – coupling between twist and cross-sectional shrinkage implying that the three deformation modes (extension, twist and cross-sectional shrinkage) are all coupled to each other.
The dynamic stiffness matrix formulation for circular curved members of constant section, including the effects of rotary intertia, shear deformation and extension of the neutral axis, is presented for determining natural frequencies of continuous curved beams undergoing in-plane vibrations.
Entanglements operative during active deformation promote extension and orientation without nucleation of a crystal phase, while relaxation of stress at constant strain is sufficient to allow slippage of chains past pinning points and rapid nucleation and growth of crystallites as neighboring oriented chains come into registry.
In this study, the brittle deformation of extension veins actually exists in the ductile matrix deformation in the temperature range of 100 to 150°C, and it was possibly caused by the overpressures (due to smectite dehydration).
The observed crustal deformation (EW extension) in a part of the strain concentration zone along the OBR was up to 15% smaller than fault model predictions, which assume a uniform slip in an isotropic homogeneous elastic media.
The observed crustal deformation (EW extension) in a part of the strain concentration zone along the OBR was up to 15% smaller than predictions based on a source model, which assumes a uniform slip on two rectangular faults, in an isotropic homogeneous elastic media.
Osteomyelitis induced by the high inocula was associated with severe local macroscopic changes at autopsy, with bone marrow involvement, bone deformation, and extension to the muscle (localized abscesses, myositis, sinus tract) and joint (purulent arthritis) in some rabbits (Figure 3, Table 1).
At Tg−5 °C the mobility decreases with deformation in uniaxial extension, but increases with deformation in tri-axial extension.
Moschetti, M. P., Ritzwoller, M. H., Lin, F. & Yang, Y. Seismic evidence for widespread western-US deep-crustal deformation caused by extension.
This paper addresses the derivation of finite element modelling for nonlinear dynamics of Cosserat rods with general deformation of flexure, extension, torsion, and shear.
