Determination of the optimal initial parametrization for inversion of surface wave dispersion curves in deep basins (Case study: Tehran)
In this paper, we examined the influence of initial parametrization in the inversion of surface wave dispersion curves. First, the steps for choosing the most desirable parameters are described. Then, the influence of parametrization is investigated using two experimental approaches and also a systematic approach to find a consistent solution. The final results show that suitable values for initial parameters considering some basic principles and local site conditions can reduce the uncertainty in the final results. However, this uncertainty also strongly depends on a-priori information that could be implemented in the parametrization and also the inversion process.
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Processing the Aeromagnetic data in Tehran province and comparison of its results with seismicity and fault trends
Amir Feraghi Vaighan, Mohammad Reza Abbasi, *, Soheyla Beygi
Journal of the Earth and Space Physics, -
Determination of two-dimensional shear-wave velocity profiles using single-station and array measurements of ambient noises in Hakimiyeh valley, Tehran, Iran
Mojtaba Siavashpour, , Mohsen Fazlavi *
Iranian Journal of Geophysics, Autumn 2024 -
Numerical Modeling of the Adjacency Effect on the Seismic Response of Homogeneous Semi-Sine Hills
Niloufar Babaadam *, Ali Uromeihy, Abdollah Sohrabi- Bidar, , Shahram Maghami
Earthquake Science and Engineering, -
Crustal Structure of the Northern Lut Block in Eastern Iran Using P Wave Receiver Function Migration
Azar Afshar, Meysam Mahmoodabadi, Farzam Yaminifard *, Gholam Javan-Doloei
Journal of Seismology and Earthquake Engineering, Winter and Spring 2022