The Earth is an heterogeneous complex media from the mineral composition scale (10− 6m)
to the global scale (106m). The reconstruction of its structure is a quite challenging problem …

Biphasic media with a dynamic interaction between fluid and solid phases must be taken
into account to accurately describe seismic wave amplitudes in subsurface and reservoir …

Seismic exploration is one of the main geophysical methods to extract quantitative
inferences about the Earth's interior at different scales from the recording of seismic waves …

We present a detailed study on the numerical effects due to staircase approximations of non-
planar material interfaces and the importance of mesh alignment to such material …

In this article, we introduce spyro, a software stack to solve wave propagation in
heterogeneous domains and perform full waveform inversion (FWI) employing the finite …

We present some methodological developments related to full waveform inversion in 3D
elastic media. In particular, we address some key issues regarding computing aspects such …

The existing discontinuous Galerkin (DG) finite element method (FEM) for the numerical
simulation of elastic wave propagation is primarily implemented in two dimensions. Here, a …

We present an overview of the SEISCOPE project on frequency-domain full waveform
inversion (FWI). The two main objectives are the reconstruction of multiple classes of …

It has been known that caves larger than 10 meters may cause beads-shaped reflection.
Seismic identification of fractured-vuggy carbonatite reservoirs with holes and fractures …

The aim of this research study, is to contribute in the development of the Arbitrary highorder
DERivatives Discontinuous Galerkin (ADER-DG) method for elastic wave propagation and …