2004 · 22 citations · 0 references
EngineeringSeismic WaveF041 Combined DiageneticRock Physics ModelingGeological ModelingEarth ScienceSeismic Depth TrendsSeismic StratigraphySeismic AnalysisReservoir CharacterizationSeismic DepthGround MotionEarthquake EngineeringImproved ControlInduced SeismicitySeismic ImagingGeologyEngineering GeologyRock PropertiesTectonicsSeismologyCivil EngineeringRock PhysicRock Mechanics
F041 Combined Diagenetic and Rock Physics Modeling for Improved Control on Seismic Depth Trends 1 Hans Martin Helset 1 James C. Matthews 1 Per Avseth 2 and Aart-Jan van Wijngaarden 2 . 1) Geologica P.O.Box 8034 N-4068 Stavanger Norway; 2 Norsk Hydro P.O. Box 7190 N-5020 Bergen Norway. Abstract Seismic data are inherently non-unique and reservoir characterization based on seismic amplitudes relies on realistic a priori geologic constraints. One of the key issues in seismic data analysis is to understand the expected response of brine saturated sands versus shales (i.e. the background trend) at any given depth before we can