StructureSolver is interactive 2D structural analysis software designed to address both common seismic interpretation challenges and complex structural problems.

StructureSolver Features:

• Correlate across large growth faults
• Determine timing & evolution of multi-fault structures
• Restore and understand deformation of salt-related & mobile structures
• Relate fold shapes, fault geometries & displacement
• Relate tectonics & stratigraphy
• Decipher complex burial histories: erosion & inversion
• Predict fault displacements & trajectories at depth
• Determine depth to detachments
• Assess internal strain of reservoirs
• Validate fault & trap geometries

Structural Restoration

StructureSolver can instantly restore interpreted seismic or geological sections by flattening with respect to a reference horizon while removing slip across faults that intersect the horizon.

Through this process you create value by:

• Checking seismic correlations across faults
• Unraveling structural and stratigraphic history
• Revealing subtle features and relationships that have been masked by tectonic dissection.

StructureSolver restoration is a much more useful technique than the simple flattening that is performed in many seismic interpretation systems, which does not take fault slips into account.

What is unique about StructureSolver structural restoration?

• No special steps are needed before you can perform a restoration.   You interpret your section in regular fashion
• StructureSolver automatically handles complex structural geometries without need for special input
• Restoration is essentially instantaneous
• You can simply perform partial restorations when your interpretation is complete
• Any errors are flagged and are simple to diagnose using interactive functions
• Restorations appear in independent fully-featured StructureSolver windows and can be saved as StructureSolver Solutions.

Together, these feature means that you can perform multiple restorations quickly and iteratively during your interpretation.

What about reverse faults?

StructureSolver restoration can handle duplicated sections, provided that the overlap is not too large.  Results are satisfactory in many situations even though StructureSolver restoration does not incorporate a flexural slip mechanism.  However, StructureSolver cannot restore geometries with overturned beds (recumbent folds).

Structural Modeling

StructureSolver lets you create balanced forward models of the hangingwall structures associated with movement on faults.

You can interactively change the models until you have matched the observed structures in your seismic or geologic section.

Through this process you create value by:

• Constraining fault shapes and cross-fault correlations
• Clarifying structural kinematics and the interplay between faulting and sedimentation.

What is unique about StructureSolver structural modeling?

• You can simply create a structural model based on any fault in your Interpretation.
• StructureSolver rigorously incorporates scientific principles to model the folding that takes place in the hangingwalls of growth faults.
• StructureSolver seamlessly integrates structural growth and sedimentation so you can model both extensional and contractional growth structures.
• You can simply control all principal variables while continuously overlaying the resulting model over a seismic or geological cross section.
• This multi-variable interactivity helps you to quickly gain insights into the structures you are modeling.

Area-Depth Strain Analysis Overview

Area-Depth Strain Analysis is a valuable way to study structures that either:

sole out into an underlying detachment which is parallel to regional stratigraphy (depth to detachment method),

form above a fault that cuts across the deep bedding (Fault Trajectory Method)

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