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Three-dimensional (3D) flexural models of isostatic deformation are rare and computationally “expensive”. However, in reality only 3D approaches make it ...
In this paper, a new method to solve the three-dimensional (3D) flexure equation has been developed. The long-standing challenge in numerically modelling ...
In this paper, a new method to solve the three-dimensional (3D) flexure equation has been developed. The long-standing challenge in numerically modelling ...
In this paper, a new method to solve the three-dimensional (3D) flexure equation has been developed. The long-standing challenge in numerically modelling ...
The flexural deformation is calculated using the method described in Li et al. (2004) for 3D modeling of flexural deformation. Parameters that were used in the ...
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What is the flexural Isostasy model?
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3D flexural backstripping and backtracking are needed to reconstruct basin-wide or continental-wide areas that will be prescribed as boundary conditions within ...
The TAFI provides an easy-to-use interactive tool to model isostatic deformation of the lithosphere as flexural bending of an elastic plate and the details ...
SUMMARY. The theory of elastic-plate flexure has played a prominent role in isostatic studies and investigations of lithospheric deformation caused by ...
Sep 11, 2017 · TAFI supports two- and three-dimensional (2-D and 3-D) modeling of flexural subsidence and uplift of the lithosphere in response to vertical ...
We show the suitability of the 3-D lithospheric-scale flexural modelling approach to the study of NE Iberia. Modelling results point to a relatively strong ...