Publication | Open Access
Evidence for correlation of electrical resistivity and seismic velocity in heterogeneous near‐surface materials
104
Citations
10
References
2003
Year
EngineeringSeismic WaveSite CharacterizationHeterogeneous Near‐surface MaterialsGeophysicsGeotechnical EngineeringBuried Structure EngineeringConsolidated MaterialsSeismic AnalysisGround MotionElectrical EngineeringEarthquake EngineeringOpposite Resistivity‐velocity TrendsSeismic ImagingInverse ProblemsRock PropertiesSpecific ResistanceStructural GeologySeismologySeismic VelocitySeismic Reflection ProfilingCivil EngineeringApplied PhysicsSeismic HazardElectrical ResistivityElectrical Insulation
The electrical resistivity and seismic velocity distributions over a buried hillside have been obtained using non‐invasive controlled experiments on coincident profiles and 2D image reconstructions. The optimal images are in structural agreement and allow the deduction of two opposite resistivity‐velocity trends in the near‐surface materials. For both trends, the resistivity (ρ) and p‐wave velocity ( V p ) are related in the form Log 10 ρ = mLog 10 V p + c with the respective constants m and c having different signs in unconsolidated and consolidated materials.
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