Present work concerns with potential of multicomponent seismology to detect porous-fractured reservoirs and to estimate its parameters. This problem is examined in assistance with 3D seismic full waveform computer modeling. It is formulated approaches to construction of digital model of the geological media, optimum processing technology based on layered velocity model building for compressional and converted waves. Seismic records atributes are analysed. It is suggested the set of atributes provided porous-fractured reservoirs localization and estimation of its effective characteristics including symmetry axis direction
International audienceA 3D seismic survey was done on a near surface karstic reservoir located at th...
A unique 3D computer simulator is used to predict natural fracture network characteristics in the su...
In a study funded by the U.S. Department of Energy and GeoSpectrum, Inc., new P-wave 3D seismic inte...
Seismic prediction of complex hydrocarbon reservoirs is a complicated task. Present approaches to th...
This work concerns with seismic pulses propagation in porous-fractured rocks. Such geological media ...
International audienceDifferent surface seismic surveys have been recorded on an experimental hydrog...
Different surface seismic surveys have been recorded on an experimental hydrogeological site that ha...
Seismograms are the result of the complex interactions between a seismic source, a propagation mediu...
This paper discusses the concepts of multicomponent seismology and how it can be applied to characte...
Computation of Common Middle Point seismic sections and their subsequent time migration and diffract...
Remote detection and characterization of fractured reservoirs is facilitated in this project by deve...
A 3-D elastic wave propagation finite difference model, including effects of attenuation, has been i...
A set of 3-D seismic models has been generated for a lower Miocene progradational micro-tidal shore-...
Analogue sandbox models are important in the study of reservoir geology because they can offer insig...
The three-dimensional (3-D) seismic images of the earth’s in erior provide important keys to un-ders...
International audienceA 3D seismic survey was done on a near surface karstic reservoir located at th...
A unique 3D computer simulator is used to predict natural fracture network characteristics in the su...
In a study funded by the U.S. Department of Energy and GeoSpectrum, Inc., new P-wave 3D seismic inte...
Seismic prediction of complex hydrocarbon reservoirs is a complicated task. Present approaches to th...
This work concerns with seismic pulses propagation in porous-fractured rocks. Such geological media ...
International audienceDifferent surface seismic surveys have been recorded on an experimental hydrog...
Different surface seismic surveys have been recorded on an experimental hydrogeological site that ha...
Seismograms are the result of the complex interactions between a seismic source, a propagation mediu...
This paper discusses the concepts of multicomponent seismology and how it can be applied to characte...
Computation of Common Middle Point seismic sections and their subsequent time migration and diffract...
Remote detection and characterization of fractured reservoirs is facilitated in this project by deve...
A 3-D elastic wave propagation finite difference model, including effects of attenuation, has been i...
A set of 3-D seismic models has been generated for a lower Miocene progradational micro-tidal shore-...
Analogue sandbox models are important in the study of reservoir geology because they can offer insig...
The three-dimensional (3-D) seismic images of the earth’s in erior provide important keys to un-ders...
International audienceA 3D seismic survey was done on a near surface karstic reservoir located at th...
A unique 3D computer simulator is used to predict natural fracture network characteristics in the su...
In a study funded by the U.S. Department of Energy and GeoSpectrum, Inc., new P-wave 3D seismic inte...