Titlebook: Aspects of Tectonic Faulting; In Honour of Georg M Florian K. Lehner,Janos L. Urai Book 2000 Springer-Verlag Berlin Heidelberg 2000 Bewegun

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Approximate theory of substratum creep and associated overburden deformation in salt basins and del Large-scale mass movements of salt or overpressured shales can occur in this manner, accompanied by deformation of a sedimentary overburden. The theory outlined in this paper deals with large-scale extrusive flow in mobile substrata that is driven by differential loads and buoyancy forces. The theo

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Fractal Concepts and their Application to Earthquakes in Austria,rmining fractal dimensions, and their interpretation in terms of seismology. Firstly, several evaluation algorithms are investigated. Austria’s borderline is then used as an example for demonstrating the effect scale length can have on perimeter estimates. Derived fractal dimensions . concentrate at

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A plasticity model for discontinua,entially oriented plane discontinuity surfaces. The theory stipulates that displacement discontinuities are independently activated on these surfaces as soon as an appropriate yield criterion is fulfilled; these displacement jumps account for the irreversible, ‘plastic’ part of the bulk deformation.

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Stability Analysis of Incipient Folding and Faulting of an Elasto-Plastic Layer on a Viscous Substr which is underlain by a viscous substratum. The destabilizing factors that are allowed to come into play are the tectonic stress, buoyancy forces resulting from a gravitationally unstable density stratification, and the redistribution of material at the top surface by erosion and deposition process

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