Modeling the earth for oil exploration : final report of the CEC's Geoscience I Program, 1990-1993 /

This volume presents an overview of the results of a European Union integrated program in which approximately two hundred earth scientists participated, drawn from all fields related to exploration. Two classes of modeling were addressed - geological modeling - the relationship between the condition...

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Detalles Bibliográficos
Clasificación:Libro Electrónico
Autores Corporativos: Commission of the European Communities. Geoscience I Program, Commission of the European Communities. Directorate General XII: Science, Research, and Development
Otros Autores: Helbig, Klaus (Editor )
Formato: Electrónico eBook
Idioma:Inglés
Publicado: [Oxford?] : Pergamon : Elsevier Science, 1994.
Edición:First edition.
Temas:
Petroleum > Prospecting.
Petroleum > Geology > Statistical methods.
Geological modeling.
Prospecting > Geophysical methods.
P�etrole > Prospection.
P�etrole > G�eologie > M�ethodes statistiques.
Mod�eles en g�eologie.
Prospection g�eophysique.
TECHNOLOGY & ENGINEERING > Mining.
UE/CE Union europ�eenne.
Programmes de recherche.
G�eologie appliqu�ee.
Exploration p�etroli�ere.
Geological modeling
Petroleum > Geology > Statistical methods
Petroleum > Prospecting
Prospecting > Geophysical methods
Erd�olgeologie
Modellierung
Prospektion
Aufsatzsammlung.
Acceso en línea:Texto completo
Tabla de Contenidos:
  • Front Cover; Modeling the Earth for Oil Exploration; Copyright Page; Editor's preface; Table of Contents; CHAPTER 1. THE CEC GEOSCIENCEI PROGRAM: A MULTIDISCIPLINARY TARGETED PROGRAM IN EXPLORATION R & D (1990-1993); 1. INTRODUCTION; 2. GEOLOGICAL SURVEYS; 3. GEOLOGICAL MODELING AND INTERPRETATION; 4. SEISMIC MODELING; 5. SEISMIC INVERSION; 6. SOFTWARE; 7. TECHNICAL RESULTS OF THE PROGRAM; 8. CONCLUSIONS; CHAPTER 2. FROM SEDIMENTOLOGY TO GEOSTATISTICAL RESERVOIR MODELING; ABSTRACT; 1. GENERAL PRESENTATION OF THE PROJECT; 2. GEOLOGICAL PRESENTATION OF THE OUTCROPS.
  • 3. data acquisition and digitization4. construction and visualization of the reference models; 5. reconstructing the reference models from a limited dataset; 6. general conclusions; references; appendix: presentations and reports produced in the frame of the jouf-0034 project; chapter 3. geological characterization of fluvial sediments; abstract; 1. introduction (tud); 2. geological framework (ige-csic/ucm); 3. fluvial architecture (tud and ige-csic/ucm); 4. sandstone petrography (ige-csic/ucm; 5. permeability analysis (tud andtno); 6. gamma-ray analysis (tud and ige-csic/ucm).
  • 7. stochastic modeling (tud and tno)8. seismic modeling (tno); references; chapter 4. systematics of faults and fault arrays; abstract; 1. introduction; 2. fault systematics; 3. definition and analysis of fault-related horizon and sequence geometries; 4. modeling of the displacement geometries associated with normal faults; references; chapter 5. wave propagation in random media; abstract; 1. random-media research; 2. modeling id random media; 3. parameterization of 3d random media; 4. accurate and efficient s eismic modeling in random media.
  • 5. scalar wave transmission and localization in layered media6. scattering attenuation from vsp data: a numerical study; 7. model studies of coherence and bandwidth; 8. attenuation: analysis of north sea data; 9. attenuation of seismic waves; 10. attenuation tomography; 11. tomography for anisotropic velocity parameters; 12. data processing; references; chapter 6. exploration oriented seismic modeling; abstract; 1. introduction; 2. advanced seismic modeling; 3. directed seismic inversion; references; chapter 7. seismic inversion and the impact of a priori information; abstract.
  • 1. impact of a priori information2. 2d linearized elastic inversion
  • evaluation of synthetic data; 3. the mesa verde outcrop: seismic modeling, processing and interpretation; references; chapter 8. physical modeling of 3d seismic wave propagation; abstract; introduction; 1. seismic modeling: a state-of-the-art; 2. laser ultrasonics, a breakthrough in seismic modeling; 3. some aspects of seismic modeling: laser ultrasonics versus numerical modeling; 4. some aspects of seismic modeling and imaging in (anisotropic media usinga mixed laser/piezoelectric system.

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