The broad and diverse range of phenomena that can be triggered, caused, or modified by the presence of salt/sediment interactions is large: from geometrical distortion, to salt dissolution, to faulting and fracturing of subsurface structures, to hydrocarbon accumulation sites, and so on - as exemplified by the papers in the earlier referenced volume by Lerche and O'Brien. The purpose of this volume is to address some of the concerns not covered in that previous work, including especially self-consistent salt-sediment evolution in a quantitative fashion.
The broad and diverse range of phenomena that can be triggered, caused, or modified by the presence of salt/sediment interactions is large: from geometrical distortion, to salt dissolution, to faulting and fracturing of subsurface structures, to hydrocarbon accumulation sites, and so on - as exemplified by the papers in the earlier referenced volume by Lerche and O'Brien. The purpose of this volume is to address some of the concerns not covered in that previous work, including especially self-consistent salt-sediment evolution in a quantitative fashion.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Introduction Section A Facets of Salt and Sediment Interactions 1: Salt Velocity from Temperature and Thermal Indicator Anomalies: Lulu-1, Danish North Sea 2: Salt Insertions in Sedimentary Sequences: Impacts on Temperature and Thermal Maturation 3: Salt Insertions in Sedimentary Sequences: Impacts on Sediment Distortion and Sediment Fracturing 4: Simple Estimates of Dynamical, Thermal, and Hydrocarbon Maturity Factors 5: Integrated Model Requirements Section B Self-Consistent Salt and Sediment Dynamics 6: Modeling Present-Day Salt Shapes 7: Deposition and Deformation of Sedimentary Beds Around an Evolving Salt Shape 8: Modeling Stress-Strain Development Through Time 9: Thermal Focusing of Heat Section C Applications and Case Histories 10: North Louisiana Salt Basin - Test Case I 11: Norwegian-Danish Basin - Test Case 2 12: Pseudo-3-D Modeling of the Combined Evolution of Salt and Sediments: A Danish North Sea Example 13: General Summary
Introduction Section A Facets of Salt and Sediment Interactions 1: Salt Velocity from Temperature and Thermal Indicator Anomalies: Lulu-1, Danish North Sea 2: Salt Insertions in Sedimentary Sequences: Impacts on Temperature and Thermal Maturation 3: Salt Insertions in Sedimentary Sequences: Impacts on Sediment Distortion and Sediment Fracturing 4: Simple Estimates of Dynamical, Thermal, and Hydrocarbon Maturity Factors 5: Integrated Model Requirements Section B Self-Consistent Salt and Sediment Dynamics 6: Modeling Present-Day Salt Shapes 7: Deposition and Deformation of Sedimentary Beds Around an Evolving Salt Shape 8: Modeling Stress-Strain Development Through Time 9: Thermal Focusing of Heat Section C Applications and Case Histories 10: North Louisiana Salt Basin - Test Case I 11: Norwegian-Danish Basin - Test Case 2 12: Pseudo-3-D Modeling of the Combined Evolution of Salt and Sediments: A Danish North Sea Example 13: General Summary
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