Fault induced permanent ground deformations—an experimental comparison of wet and dry soil and implications for buried structures

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	Year	Citations
Earthquake Fault Rupture Propagation through Soil Jonathan D. Bray, Raymond B. Seed, Lloyd S. Cluff, Journal of Geotechnical Engineering	1994	217
Influence Zones in Alluvium Over Dip‐Slip Faults David A. Cole, Poul V. Lade Journal of Geotechnical Engineering EngineeringFault GeologyBedrock FaultEarth ScienceSoil Mechanic	1984	185
Effects of Dilatancy and Particle Size Observed in Model Tests on Sand K.J.L. Stone, David Muir Wood SOILS AND FOUNDATIONS Geotechnical EngineeringEngineeringSedimentationCivil EngineeringModel Tests	1992	131
Multiple Failure Surfaces Over Dip‐Slip Faults Poul V. Lade, David A. Cole, David Cummings Journal of Geotechnical Engineering Rock SlideEngineeringFault GeologyEarthquake HazardsBedrock Fault	1984	82
Anchors in sand bed: delineation of rupture surface K. Ilamparuthi, K. Muthukrishnaiah Ocean Engineering Geotechnical EngineeringEarthquake EngineeringRupture SurfaceEngineeringStructural Geology	1999	81
Centrifuge modeling of fault propagation through alluvial soils W. Roth, Ronald F. Scott, I. Austin Geophysical Research Letters	1981	66
Single beam analogy for describing soil–pile group interaction Kazuo Konagai, Yuanbiao Yin, Yoshitaka MURONO Soil Dynamics and Earthquake Engineering Geotechnical EngineeringEngineeringCivil EngineeringSoil StructureGeomechanics	2003	37

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