Flanking structure and single layer fold development in isotropic and anisotropic rock
Por um escritor misterioso
Descrição
Flanking structures around planar discontinuities in an otherwise homogeneous ow develop a characteristic geometry that is potentially a source of kinematic information about the background ow. Analytical methods were used to calculate the velocity around a thin weak inclusion (representing a fracture) in linear viscous material. This approach allows modelling of anking structures to very large strains. The velocity eld around a given anking structure can be calculated for the complete range of potential background ow elds, provided that the orientation of the fabric attractor and the bulk shear sense are known. Structures can be undeformed according to these velocity elds and, by quantifying the mis t between the actual and initial geometry, the vorticity number of the ow eld and the duration of deformation accurately determined. With these two parameters established, the background (bulk) deformation involved in the formation of a speci c anking structure can be calculated. This chapter was published in Journal of Structural Geology (Kocher and Mancktelow, 2005)
Deciphering the presence of axial-planar veins in tectonites - ScienceDirect
Fault damage zones in mechanically layered rocks: The effects of planar anisotropy - Misra - 2015 - Journal of Geophysical Research: Solid Earth - Wiley Online Library
Fault damage zones in mechanically layered rocks: The effects of planar anisotropy - Misra - 2015 - Journal of Geophysical Research: Solid Earth - Wiley Online Library
Transtensional flanking structures - ScienceDirect
Flanking structure and single layer fold development in isotropic and anisotropic rock
Converging flow and anisotropy cause large-scale folding in Greenland's ice sheet
Flanking structure and single layer fold development in isotropic and anisotropic rock
Flanking structure and single layer fold development in isotropic and anisotropic rock
Flanking structure development in anisotropic viscous rock - ScienceDirect
Flanking structure and single layer fold development in isotropic and anisotropic rock
Impact of mechanical anisotropy and power-law rheology on single layer folding - ScienceDirect
Flanking structure and single layer fold development in isotropic and anisotropic rock
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