Modeling of Iranian crust deformation in 2007 using satellite geodetic observations
Subject Areas : journal of Artificial Intelligence in Electrical Engineering
1 - physics departmant; islamic azad university, Ahar branches
Keywords: Iran, Finite Element, geodynamics, tensor,
Abstract :
In this study, using the data of Iran's permanent geodynamic network in two six-month APECs in 2007, a two-dimensional model of surface deformation of the Earth's crust in Iran will be presented. For this purpose, two methods of numerical solution, one finite element and the other method of relative distance changes, have been used to calculate the strain tensor. In the finite element method, the results obtained depend on the shape of the element. Of course, this issue should be studied in practice and the results should be compared. This method gives the same answer to the hypothesis that the deformation is homogeneous in the desired element only for homogeneous networks with any type of elementation. The resulting strain for the center of gravity of all the elements was the same size and in the same direction, indicating the homogeneity of the deformation in the lattice.