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Structural modeling using an expert system

Michael Kleyn, J.A. Helwig

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Abstract

A specialized editor has been constructed for some types of fault and fold forward modeling, based on two-dimensional simple shear and fault-bend-fold kinematic models of deformation. Such models, which include bed-length conservative kinematic models, can model structures, although they are computationally simple. They are using a framework developed for the Schlumberger Dipmeter Advisor to build a system that can interactively validate structural interpretation based on seismic and dipmeter data or any user input assumption. The user may choose the trajectory of a borehole through the structure, and the system generates the structural dips and faults, layer boundaries and hinges. The system hence serves as a knowledge base and tutorial for structural geological interpretation. From this approach, rules for a complete interpretation system could be written.

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What this paper is about

A specialized editor has been constructed for some types of fault and fold forward modeling, based on two-dimensional simple shear and fault-bend-fold kinematic models of deformation. Such models, which include bed-length conservative kinematic models, can model structures, although they are computationally simple. They are using a framework developed for the Schlumberger Dipmeter Advisor to build a system that can interactively validate structural interpretation based on seismic and dipmeter data or any user input assumption. The user may choose the trajectory of a borehole through the structure, and the system generates the structural dips and faults, layer boundaries and hinges. The system hence serves as a knowledge base and tutorial for structural geological interpretation. From this approach, rules for a complete interpretation system could be written.

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Available abstract

A specialized editor has been constructed for some types of fault and fold forward modeling, based on two-dimensional simple shear and fault-bend-fold kinematic models of deformation. Such models, which include bed-length conservative kinematic models, can model structures, although they are computationally simple. They are using a framework developed for the Schlumberger Dipmeter Advisor to build a system that can interactively validate structural interpretation based on seismic and dipmeter data or any user input assumption. The user may choose the trajectory of a borehole through the structure, and the system generates the structural dips and faults, layer boundaries and hinges. The system hence serves as a knowledge base and tutorial for structural geological interpretation. From this approach, rules for a complete interpretation system could be written.

Key concepts: Borehole, Geology, Kinematics, Interpretation (philosophy), Fault (geology), Simple (philosophy), Hinge, Shear (geology)

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