Browsing by Author "Ranalli G."
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Browsing by Author "Ranalli G."
Now showing items 1-8 of 8
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Liu G.; Ranalli G. (1998)We present a finite-element model for the prediction of the subsidence history and thermal evolution of extensional basins. The model takes into account the inhomogeneity of the lithosphere, and allows the space formed by ...
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Rossetti F.; Faccenna C.; Ranalli G.; Storti F. (2000)The effects of convergence rate variations on the evolution of mature orogenic wedges are investigated using temperature-dependent variations in the viscosity of paraffin as an analogue for the natural strength distribution ...
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Ranalli G. (2001)The subject of experimental tectonics is the study of geodynamic processes by means of laboratory scale models. The first roughly scaled experiments were performed by Sir James Hall about two centuries ago, in the intellectual ...
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Ranalli G. (2003)In a series of thermomechanical models of the lithosphere, applied to the determination of apparent elastic thickness, extension, and collision and exhumation, Burov and coworkers model the ductile behaviour of the upper ...
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Ranalli G. (2001)Inferences on the rheology of the mantle based on theoretical and experimental rate equations for steady state creep are discussed and compared with results from geophysical models. The radial increase of viscosity by one ...
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Ranalli G. (2000)Reactivation and tectonic inversion are the result of the interactions between changes in the stress field and the rheological properties of the lithosphere. The rheology varies in time and space as a function of variations ...
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Rossetti F.; Faccenna C.; Ranalli G. (2002)We investigate the effects of convergence velocity and backstop geometry on the evolution of experimental viscous doubly-vergent orogenic wedges. Experiments are performed in a thermomechanical shortening box, using the ...
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Ranalli G.; Pellegrini R.; D'Offizi S. (2000)The time evolution of negative buoyancy of a subducting slab is modelled from the beginning of subduction under various kinematic conditions (dip angle and subduction velocity). The calculations take into account the thermal ...
Now showing items 1-8 of 8