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The precise timing of the Special session at the 2004 EGU Meeting on computational seismology is not yet known.
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Pérez-Ruiz, J.A.;
Luzón, F., Propagation of P and SV seismic waves in heterogeneous media
including irregular surface topography with a finite difference scheme |
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Filippidou, N., Abe, S.; Drijkoningen, G.G.; Mora, P., Seismic wave attenuation in a particle based model
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Reshetova, G., Mikhailenko, B., Spectral finite difference for simulation of 3D seismic waves propagation
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Holschneider, M.,
Diallo, M. S.; Kulesh, M.; Scherbaum, F.; Ohrnberger, M., Estimating
attenuation, phase and group velocity of surface waves observed on a 2D
shallow seismic line using continuous wavelet transfrom. |
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Moczo, P.,
Galis, M.; Kristek, J., 3D hybrid finite-element - finite-difference
computation of seismic motion including rupture propagation modelling |
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Gelis, C.; Virieux, J.; Operto, S.; Leparoux, D.; Grandjean, G., Frequency domain finite difference simulations for near-surface media
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Seriani, G., An efficient multidomain pseudospectral method for large scale wave modelling
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Nielsen, S.; Judenherc, S.; Serapis working group, Full wavefield simulations as a tool for seismic data interpretation
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Klinc, P.;
Seriani, G.; Priolo, E., Simulation of viscoelastic waves in large 3d
geomodels by means of the parallelized staggered Fourier pseudospectral
method |
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Quiroga-Goode, G., Computational study of seismic waves in porous media with fluid and thermal relaxation: gauging Biot theory
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Sabinin, V., Dependence of the quality factor Q on the relaxation times
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Miksat, J.; Wenzel, F., Finite-Difference Modeling of Wave Propagation with Site Effects and Attenuation
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Favretto-Cristini, N., Wave scattering from "fractured" interfaces
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Santoni, D.; Giuffrida, C.; Ruggiero, V.;
Caserta, A.; Lanucara, P., Web user-friendly interface to produce input
data for numerical simulations of seismic wave propagation |
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Ruggiero, V.; Caserta, A.;
Firmani, B.; Lanucara, P.; Busico, M.P. Numerical modelling of the
ground motion: a parallel approach for finite elements methods |
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Komatitsch, D.;
Tsuboi, S.; Ji, C.; Tromp, J., A 36.5 billion degrees of freedom, 10.7
teraflops, 7.3 terabyte simulation of large earthquakes on the Earth
Simulator |
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Igel, H.; THE SPICE TEAM, SPICE: Seismic wave propagation and imaging in complex media: a European network
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Festa, G; Vilotte, J.-P., Spectral element simulation of dynamic earthquake rupturing along planar and nonplanar faults
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Festa, G.; Vilotte, J.-P.; Delavaud, E., Efficient implementation of classical and non classical PML conditions with Spectral Element Methods
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Maupin, V., Multiple scattering of surface waves in isotropic and anisotropic 3D structures
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Boschi, L.; Woodhouse, J. H., Surface wave ray-tracing and azimuthal anisotropy: a generalized spherical harmonic approach
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