Eva Dokter

Eva Dokter
The University of Edinburgh | UoE · School of GeoSciences

Diplom

About

8
Publications
4,324
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67
Citations

Publications

Publications (8)
Article
Full-text available
We develop a 2D full waveform inversion approach for the simultaneous determination of S-wave velocity and density models from SH- and Love wave data. We illustrate the advantages of the SH/Love full waveform inversion with a simple synthetic example and demonstrate the method’s applicability to a near-surface data set, recorded in the village Cach...
Presentation
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Presentation of recent results dealing with ”SH full waveform inversion: application to synthetic and near-surface field data” at the Bergen-Kiel Seismology Workshop
Conference Paper
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We apply elastic time-domain 2D full waveform inversion (FWI) to a near surface SH-wave data set recorded in the village Cachtice in northwestern Slovakia. Aim of the seismic survey was the detection of possible basement structures. The recorded data, consisting of 42 shots and receivers distributed along a 21 m long profile, covers a wide frequenc...
Data
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We apply elastic time-domain 2D full waveform inversion (FWI) to a near surface SH-wave data set recorded in the town Cachtice in northwestern Slowakia. Aim of the seismic survey was the detection of possible basement structures. The recorded data, consisting of 48 shots and receivers distributed along a 24 m long profile, covers a wide frequency r...
Article
Full-text available
We apply elastic time-domain 2D full waveform inversion (FWI) to a near surface SH-wave data set recorded in the town Cachtice in northwestern Slowakia. Aim of the seismic survey was the detection of possible basement structures. The recorded data, consisting of 48 shots and receivers distributed along a 24 m long profile, covers a wide frequency r...

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Projects

Project (1)
Project
Development of seismic modelling, imaging and full waveform inversion software and application to near-surface data in the context of non-destructive ultrasonic testing, geophysical engineering and archaeological prospecting. The software packages are DENISE Black-Edition 2D time-domain isotropic (visco-)elastic finite-difference modeling and waveform inversion code for P/SV and SH-waves, developed together with André Kurzmann and Denise De Nil. Further contributions by Lisa Groos, Martin Schäfer, Sven Heider, Daniel Wehner, Eva Dokter and Linbin Zhang SAVA 3D time-domain elastic finite-difference modeling and waveform inversion code for general anisotropic media with up to 21 elastic constants, developed together with Olaf Hellwig and Denise De Nil GERMAINE 2D frequency-domain acoustic finite-difference modeling and inversion code, developed together with Denise De Nil RAJZEL 2D parallel first-arrival traveltime modelling and inversion code using an Eikonal solver and the adjoint state method, developed together with Denise De Nil BIRGIT 2D time-domain isotropic acoustic/elastic nodal discontinous Galerkin FE modeling and inversion code for P/SV and SH-waves, developed together with Denise De Nil Most of the codes are OpenSource and distributed under the GNU GPL 2.0 license. Sources codes are available from Github: https://github.com/daniel-koehn