Skip to main content
Skip to secondary navigation
(link is external)
Stanford Rocks and Geomaterials Project
Search this site
Become an Affiliate
Rock Physics Resources
Skip to main content
Main content start
MacFarlane, J. (2021).
The rock physics of cemented volcanic ash in alkaline hydrothermal environments
Daza, J. (2021).
Changes of geometry and properties of porous media
Suwannasri, K. (2020).
Monitoring and modeling the elastic and transport properties of organic-rich marl during maturation through pyrolysis experiments
Head, D. (2019).
The rock physics of carbonate-water interactions : laboratory induced decarbonation and microstructural manipulation measurements using 3D printing
Yang, Y. (2019).
Modeling Source Rock Micro-Structural and Elastic Changes during Thermal Maturation
Kerimov, A. (2019).
The Impact of Grain-Scale Changes in Microstructure Geometry on Effective Mechanical and Transport Properties of Granular Porous Media
Srisutthiyakorn, N. (2018).
Computational Analysis Of Fluid Flow In 2-D & 3-D Pore Geometry
Dutta, P. (2018).
Microgeometry Induced Non-Uniqueness In The Elastic and Electrical Properties of Rocks
Aliyeva, S. (2018).
The Effect Of Induced Stress Heterogeneity In Pore Space On Solid Substitution
Lopez, H. S. A. (2017).
Petro-Elastic Interpretation of Seismic Impedances
Huesseiny, A. E. (2016).
The Effect of Micrite Content and Macroporosity on the Transportand Elastic Properties of Carbonates
Tew, A. (2015).
Impact of Conductive Minerals on Measurements of Electric Elasticity
Kobayashi, Y. (2015).
Seismic Wave Velocity and Attenuation in Rocks with Mesoscopic- Scale Heterogenity
Allen, A. (2015).
Thermal Maturation-Induced Evolution of the Elastic and Transport Properties of Organic-Rich Shale
Saxena, N. (2014).
The Impact of Grain-Scale Elastic and Viscoelastic Changes on Seismic Wave Propagation
Grana, D. (2013).
Bayesian Inversion Methods for Seismic Reservoir Characterization and Time-lapse Studies
Dralus, D. (2013).
Chemical Interactions Between Silicates and their Pore Fluids: How They Affect Rock Physics Properties from Atomic to Reservoir Scale
Johri, M. (2012).
Fault Damage Zones - Observations, Dynamic Modeling, and Implications on Fluid Flow
Hurd, O. (2012).
Geomechanical Analysis of Intraplate Earthquakes and Earthquakes Induced During Stimulation of Low Permeablity Gas Reservoirs
Sone, H. (2012).
Mechanical Properties of Shale Gas Reservoir Rocks and its Relation to the in-Stu Stress Variation Observed in Shale Gas Reservoirs
Dejtrakulwong, P. (2012).
Rock Physics and Seismic Signatures of Sub-Resolutions and Shale System
Vermylen, J. (2011).
Geomechanical Studies of the Barnett shale, Texas, USA
Ahmadov, R. S. O. (2011).
Microtextural, Elastic and Transport Properties of Source Rocks
Wolf, K. (2010).
Laboratory Measurements and Reservoir Monitoring of Bitumen Sand Reservoirs
Sain, R. (2010).
Numerical Simulation of Pore-scale Heterogeneity and its Effects on Elastic, Electrical and Transport Properties
Richa, . (2010).
Preservation of Transport Properties Trends: Computational Rock Physics Approach
Dutta, T. (2009).
Integrating Sequence Stratigraphy and Rock-Physics to Interpret Seismic Amplitudes and Predict Reservoir Quality
Ruiz, F. (2009).
Porous Grain Model and Equivalent Elastic Medium Approach for Predicting Effective Elastic Properties of Sedimentary Rocks
Gomez, C. (2009).
Reservoir Characterization Combining Elastic Velocities and Electrical Resistivity Measurements
Bandyopadhyay, K. (2009).
Seismic Anisotropy: Geological Causes and its Implications to Reservoir Geophysics
Chiaramonte, L. (2008).
Geomechanical Characterization and Reservoir Simulation of a CO2 Sequestration Project in a Mature Oil Field
Spikes, K. (2008).
Probabilistic Seismic Inversion Based on Rock-Physics Models for Reservoir Characterization
Paul, P. (2007).
A Methodology for Incorporating Geomechanically-based Fault Damage Zones Models into Reservoir Simulation
Ross, H. (2007).
Carbon Dioxide Sequestration and Enhanced Coalbed Methane Recovery in Unmineable Coalbeds of the Powder River Basin, Wyoming
Day-Lewis, A. (2007).
Characterization and Modeling of In Situ Stress Heterogeneity
Lucier, A. (2007).
Geomechanical Analysis Applied to Geological Carbon Dioxide Sequestration, Induced Seismicity in Deep Mines, and Detection of Stress-Induced Velocity Anisotropy in Sub-Salt Environments
Mallman, E. (2007).
Stress Triggering of Earthquakes and Subsidence in the Louisiana Coastal Zone due to Hydrocarbon Production.
Gonzalez, E. (2006).
Physical and Quantitative Interpretation of Seismic Attributes for Rocks and Fluids Identification
Florez-Neno, J. (2005).
Integrating Geology, Rock Physics, and Seismology for Reservoir-quality Prediction
Boness, N. (2005).
Physical Properties and Multi-scale Seismic Anisotropy in the Crust Surrounding the San Andreas Fault near Parkfield, CA
Tsuneyama, F. (2005).
Quantitative Detection of Fluid Distribution using Time-lapse Seismic
Colmenares, L. (2004).
Geomechanics and the Effectiveness of Wellbore Completion Methods of Coalbed Methane Wells in the Powder River Basin
Kameda, A. (2004).
Permeability Evolution in Sandstone: Digital Rock Approach
Chan, A. (2004).
Production-induced Reservoir Compaction, Permeability Loss and Land Surface Subsidence
Sava, D. (2004).
Quantitative Data Integration for Fracture Characterization Using Statistical Rock Physics
Hagin, P. (2003).
Application of Viscoelastic, Viscoplastic, and Rate-and-state Friction Constitutive Laws to the Deformation of Unconsolidated Sands
Keehm, Y. (2003).
Computational Rock Physics: Transport Properties in Porous Media and Applications
Zimmer, M. (2003).
Controls on the seismic velocities of unconsolidated sands: Measurements of pressure, porosity and compaction effects
Vega, S. (2003).
Intrinsic and Stress-induced Velocity Anisotropy in Unconsolidated Sands
Townend, J. (2003).
Mechanical Constraints on the Strength of the Lithosphere and Plate-bounding Faults
Mantilla, A. (2002).
Predicting Petrophysical Properties by Simultaneous Inversion of Seismic & Reservoir Engineering Data
Xu, H. (2002).
Production Induced Reservoir Compaction and Surface Subsidence, with Applications to 4D Seismic
Rasolovoahangy, E. (2002).
Rock Physics for Seismic Reservoir Characterization of Low Porosity Sandstones
Prejean, S. (2002).
The Interaction of Tectonic and Magmatic Processes in the Long Valley Caldera, California
Gutierrez, M. (2001).
Rock Physics and 3-D Seismic Characterization of Reservoir Heterogeneities to Improve Recovery Efficiency.
Wiprut, D. (2001).
Stress, Borehole Stability, and hHydrocarbon Leakage in the Northern North Sea
Helgerud, M. (2001).
Wave Speeds in Gas Hydrate & Sediments Containing Gas Hydrate: A Laboratory & Modeling Study
Avseth, P. (2000).
Combining Rock Physics and Sedminentology for Seismic Reservoir Characterization of North Sea Turbidite Systems
Grollimund, B. (2000).
Impact of Deglaciation on Stress and Implications for Seismicity and Hydrocarbon Exploration
Sengupta, M. (2000).
Integrating Rock Physics and Flow Simulation to Reduce Uncertainties in Seismic Reservoir Monitoring
Wempe, W. (2000).
Predicting Flow Properties Using Geophysical Data: Improving Aquifer Characterization
Takahashi, I. (2000).
Quantifying Information and Uncertainty of Rock Property Estimation from Seismic Data
Bosl, B. (1999).
Computational Studies of Crustal Fluids and Earthquakes
Liu, Y. (1998).
Acoustic Properties of Reservoir Fluids
Bachrach, R. (1998).
High resolution shallow seismic subsurface chracterization
Finkbeiner, T. (1998).
In-situ Stress, Pore Pressure, and Hydrocarbon Migration and Accumulation in Sedimentary Basins
Chaika, C. (1998).
Physical Properties and Silica Diagenesis
Galmudi, D. (1998).
Pressure Solution, Porosity Reduction, and Transport in Rocks
Teng, L. (1998).
Seismic and Rock-physics Characterization of Fractured Reservoirs
Chang, C. (1998).
Time-dependent Deformation in Unconsolidated Reservoir Sands
Packwood, J. (1997).
Rock Physics for Hydrocarbon Recovery Monitoring
Burgess, D. (1996).
Numerical Models of Induced Mantle Flow Applied to Lithospheric Delamination and Oblique Slip Partioning
Chen, W. (1995).
Avo in Azimuthally Anisotropic Media Fracture Detection Using P-wave Data and A Seismic Study of Naturally Fractured Tight Gas Reservoirs
Mukerji, T. (1995).
Waves and Scales in Heterogeneous Rocks
Liu, F. (1994).
Nonlinear Elasticity, Seismic Anisotropy, and Petrophysical Properties of Reservoir Rocks
Akbar, N. (1993).
Seismic Signature of Reservoir Transport Properties and Pore Fluid Distribution
Blangy, J. (1992).
Integrated Seismic Lithologic Interpretation: The Pertrophysical Basis
Yin, H. (1992).
Acoustic Velocity and Attenuation of Rocks: Isotropy, Intrinsic Anisotropy, and Stress Induced Anisotropy
Chen, Q. (1992).
Critical concentration models for the mechanical and acoustic properties of porous materials
Jizba, D. (1991).
The Mechanics and Kinematics of Distributed Deformation and Block Rotation in Three Dimensions
Scotti, O. (1991).
The Mechanics and Kinematics of Distributed Deformation and Block Rotation in Three Dimensions
Samec, P. (1991).
Wave Equation Modeling: Describing Realistic Media
Marion, D. (1990).
Acoustical, Mechanical, and Transport Properties of Sediments and Granular Materials
Shamir, G. (1990).
Crustal Stress Orientation Profile to A Depth of 3.5km Near the San Andreas Fault at Cajon Pass, California
Rector, J. (1990).
Utilization of Drill-bit Vibrations as A Downhole Seismic Source
Eberhart-Phillips, D. (1989).
Investigation of Crustal Structure and Active Tectonic Processes in the Coast Ranges, Central California
Quinn, B. (1989).
Pore Structure from Rock Images via Pattern Recognition
Barton, C. (1988).
Development of in-situ stress measurement techniques for deep drillholes
Prasad, M. (1988).
Experimental and Theoretical Considerations of Attenuation and Velocity Interactions with Physical Parameters in Sands
Wang, Z. (1988).
Wave Velocities in Hydrocarbons and Hydrocarbon Saturated Rocks - with Applications to EOR Monitor
Mendoza, J. (1987).
Modeling Deformation, Porosity and Elastic Constants in Porous Rocks
Schmidt, E. (1987).
Nuclear Magnetic Resonance and the Broadband Acoustic Response of Porous Rocks
Doyen, P. (1987).
Transport and Strorage Properties of Inhomogenous Rock Systems
Han, D.-H. (1986).
Effects of Porosity and Clay Content on Acoustic Properties of Sandstones and Unconsolidated Sediment
Walder, J. (1984).
Coupling Between Fluid Flow and Deformation in Porous Crustal Rocks
Yale, D. (1984).
Network Modeling of Flow, Storage and Deformation in Porous Rocks
Knight, R. (1984).
The Dielectric Constant of Sandstones, 5 hz to 13 Mhz
Dyer, J. (1983).
Jointing in Sandstones, Arches National Park, Utah
Moos, D. (1983).
Velocity, Attenuation, and Natural Fractures in Shallow Boreholes
Jones, T. (1983).
Wave Propagation in Porous Rock and Models for Crustal Structure
Tosaya, C. (1982).
Acoustical Properties of Clay-bearing Rocks
Bourbie, T. (1982).
Effects of Attenuation on Reflections
Murphy, W. (1982).
Effects of Microstructure and Pore Fluids on the Acoustic Properties of Granular Sedimentary Materials
Walls, J. (1982).
Effects on Pore Pressure, Confining Pressure and Partial Saturation on Permeability of Sandstones
Seeburger, D. (1981).
Studies of Natural Fracture, Fault Zone Permeability, and A Pore Space-permeability Model
Munoz, J. (1980).
Wave Dispersion and Absorption in Partially Saturated Rocks
Kjartansson, E. (1979).
Attenuation of Seismic Waves in Rocks and Applications in Energy Exploration
Winkler, K. (1979).
The Effects of Pore Fluids and Frictional Sliding on Seismic Attenuation
Mavko, G. (1977).
Time Dependent Fault Mechanics and Wave Propagation in Rocks
Nur, A. (1969).
Effects of Stress and Fluid Inclusions on Wave Propagation in Rock
Back to Top