All Stories

  1. Inversion of elastic wave velocities in granitic rocks from the Utah FORGE geothermal project for the anisotropic orientation distribution of microcracks
  2. ELASTIC DISPERSION AND ATTENUATION ANISOTROPY OF CLAY IN SHALES
  3. Critical porosity and the elastic properties of rocks
  4. Introduction to this special section: Rock physics: Honoring Amos Nur's legacy
  5. Characterization of stress‐dependent microcrack compliance and orientation distribution in anisotropic crystalline rocks
  6. Comparison of elastic anisotropy in the Middle and Upper Wolfcamp Shale, Midland Basin
  7. Stress‐induced anisotropy in Gulf of Mexico sandstones and the prediction of in situ stress
  8. Elastic properties of unconsolidated sandstones of interest for carbon storage
  9. The effect of clay and contacts between sand grains on the elastic properties of sandstones
  10. Elastic wave velocities in a granitic geothermal reservoir
  11. Elastic frame moduli in a sandstone reservoir used for underground CO2 storage
  12. Anisotropy parameters for fractured shales
  13. Corrigendum to “Elastic properties of fractures in transversely isotropic media” [Journal of Applied Geophysics 197 (2022) 104527]
  14. Elastic properties of fractures in transversely isotropic media
  15. Elastic anisotropy of the Marcellus Shale
  16. Porosity variation of elastic wave velocities in clean sandstones
  17. Seismic petrophysics applied to the Bakken Formation, North Dakota
  18. The effect of spatial distribution of clay platelets on the anisotropy of clay in shales
  19. The SEAM Barrett model: Strengths and weaknesses
  20. Contribution of crystal orientation and grain boundary compliance to low shear velocity observed near base of polar ice sheets
  21. Porosity dependence of elastic moduli of snow and firn
  22. Mechanical properties of grain contacts in unconsolidated sands
  23. Seismic Inversion for Risk Reduction in Drilling and Production in Unconventional Reservoirs
  24. Predicting drilling performance in unconventional reservoirs using seismic inversion
  25. Fracture characterization from seismic data in the presence of multiple vertical fracture sets
  26. Orthorhombic analysis of the SEAM Phase II model
  27. Effect of variations in microstructure on clay elastic anisotropy
  28. Rock physics of the Wolfcamp Formation, Delaware Basin
  29. Elastic anisotropy of clay in shales
  30. Fracture characterization in the Delaware Basin using wide-azimuth seismic data
  31. Seismic inversion for engineering applications in unconventional reservoirs
  32. The impact of different clay minerals on the anisotropy of clay matrix in shale
  33. A predictive anisotropic rock-physics model for estimating elastic rock properties of unconventional shale reservoirs
  34. Pore-Pressure Prediction in the Permian Basin Using Seismic Prestack Inversion
  35. Rock physics of unconventional reservoirs
  36. A model of shales as a soft fluid-saturated clay matrix with inclusions of stiff clay minerals
  37. Increasing contribution of grain boundary compliance to polycrystalline ice elasticity as temperature increases
  38. Elastic anisotropy of polycrystalline ice with transversely isotropic and orthotropic symmetry
  39. Seismic data conditioning and orthotropic rock-physics-based inversion of wide-azimuth P-wave seismic data for fracture and total organic carbon characterization in a north Kuwait unconventional reservoir
  40. Erratum to ``Grain boundary compliance and ultrasonic velocities in pure copper undergoing intergranular creep'' [Int. J. Solids Struct. 96 (2016) 400–408]
  41. Seismic Inversion for Engineering Applications in Unconventional Reservoirs
  42. Characterization of fluid-flow anisotropy in a carbonate reservoir using AVAZ inversion of wide-azimuth seismic data
  43. Rock physics of the Wolfcamp Formation, Delaware Basin
  44. Constructing a discrete fracture network constrained by seismic inversion data
  45. Grain boundary compliance and ultrasonic velocities in pure copper undergoing intergranular creep
  46. The elastic anisotropy of clay minerals
  47. Geomechanical model for the Horn River Formation based on seismic AVA inversion
  48. Seismic data conditioning for AVOA analysis: Case study from a north Kuwait unconventional reservoir
  49. Orthotropic rock-physics based inversion for fracture and total organic carbon (TOC) characterization from azimuthal P-wave seismic survey: Case study from a northern Kuwait unconventional reservoir
  50. The effects of roughness and offset on fracture compliance ratio
  51. Introduction to this special section: Resource plays II: Geophysics
  52. Sensitivity of P- and S-impedance to the presence of kerogen in the Eagle Ford Shale
  53. Application of prestack orthotropic AVAz inversion for fracture characterization of a deep carbonate reservoir in northern Kuwait
  54. Rock physics of the Eagle Ford Shale
  55. AVAZ interpretation using anisotropic rock physics
  56. Anisotropy estimate for the Horn River Basin from sonic logs in vertical and deviated wells
  57. Elastic anisotropy of the Middle Bakken Formation
  58. Rock Physics Model of the Eagle Ford Shale
  59. Rock Physics Model of the Eagle Ford Shale
  60. Sensitivity of the elastic anisotropy and seismic reflection amplitude of the Eagle Ford Shale to the presence of kerogen
  61. Recent advances in the characterization of unconventional reservoirs with wide-azimuth seismic data
  62. Seismic reservoir characterization for unconventional reservoirs using orthorhombic AVAZ attributes and stochastic rock physics modeling
  63. Shale anisotropy and the elastic anisotropy of clay minerals
  64. Sonic anisotropy of the Lower Eagle Ford Shale
  65. Elastic anisotropy of the Middle Bakken formation
  66. Direction dependence of fracture compliance induced by slickensides
  67. The effect of kerogen on the AVO response of organic-rich shales
  68. A new, fully integrated method for seismic geohazard prediction ahead of the bit while drilling
  69. The effect of kerogen on the AVO response of organic-rich shales
  70. Recent Advances in the Characterization of Unconventional Reservoirs with Wide-Azimuth Seismic Data
  71. The effect of kerogen on the elastic anisotropy of organic-rich shales
  72. Seismic characterization of reservoirs with asymmetric fractures
  73. Introduction: Rock Physics for Reservoir Exploration, Characterisation and Monitoring
  74. Seismic characterization of naturally fractured reservoirs using amplitude versus offset and azimuth analysis
  75. Guiding Drilling by Look Ahead Using Seismic and LWD Data
  76. The effect of anisotropy on the Young's moduli and Poisson's ratios of shales
  77. Inversion for asymmetric fracture parameters using synthetic AVOA data
  78. Pore-pressure estimation ahead of the bit while drilling by seismic and well data integration
  79. Rapid 1D/3D inversion of shallow resistivity multipole data: Examples in archaeological prospection
  80. Drilling Adjacent to Salt Bodies: Definition of Mud Weight Window and Pore Pressure Using Numerical Models and Fast Well Planning Tool
  81. Characterizing production-induced anisotropy of fractured reservoirs having multiple fracture sets
  82. Introduction to this special section: Physics of rocks
  83. Rock physics-based relations for density and S-velocity versus P-velocity in deepwater subsalt Gulf of Mexico shales
  84. A Comprehensive Study of Sanding Rate From a Gas Field: From Reservoir to Completion, Production, and Surface Facilities
  85. An introduction to this special section: Shales
  86. Seismic characterization of fractured reservoirs: Inversion for fracture parameters illustrated using synthetic AVOA data
  87. Seismic characterization of fractured reservoirs: A resolution matrix approach
  88. Velocity‐density relations for deepwater subsalt Gulf of Mexico shales
  89. Using Tomographic Seismic Velocities to Understand Subsalt Overpressure Drilling Risks in the Gulf of Mexico
  90. Introduction to this special section: Tight gas sands
  91. Sensitivity of velocities to overpressure within heterogeneous tight gas sand reservoirs
  92. An introduction to this special section: CO2 sequestration
  93. Geophysics Under Stress
  94. The effect of anisotropy on the Young's moduli and Poisson's ratios of shales
  95. Dipole Sonic Log Calibration using Walkaway VSP data
  96. Characterization of microseismic data in gas shales using the radius of gyration tensor
  97. Introduction to this special section: Seismic modeling
  98. The effect of mineralization on the ratio of normal to tangential compliance of fractures
  99. The use of effective medium theories for seismic wave propagation and fluid flow in fractured reservoirs under applied stress
  100. Seismic characterization of reservoirs containing multiple fracture sets
  101. Determination of in‐situ stress and rock strength using borehole acoustic data
  102. Rock properties in low-porosity/low-permeability sandstones
  103. Introduction to this special section—Rock physics
  104. The sensitivity of seismic waves to the normal and shear compliance of fractures
  105. A Comprehensive Study of Sanding Rate From Gas Field: From Reservoir, Completion, Production, to Surface Facilities
  106. Determination of Rock Strength Using Advanced Sonic Log Interpretation Techniques
  107. Remote Real-Time Well Monitoring and Model Updating Help Optimize Drilling Performance and Reduce Casing Strings
  108. The elastic properties of carbonates
  109. An introduction to this special section: Carbonates
  110. Fractured Reservoirs
  111. Introduction to this special section—Shale geophysics
  112. Estimating the hydrocarbon volume from elastic and resistivity data: A concept
  113. The effect of low aspect ratio pores on the seismic anisotropy of shales
  114. The effect of near‐wellbore yield on elastic wave velocities in sandstones
  115. The use of effective medium theories for seismic wave propagation and fluid flow in fractured reservoirs under applied stress
  116. Pre-drill pore pressure study for a high temperature well in the Gulf of Mexico using reprocessed fit-for-purpose seismic velocities
  117. Modeling the Mechanical and Phase Change Stability of Wellbores Drilled in Gas Hydrates by the Joint Industry Participation Program (JIP) Gas Hydrates Project, Phase II
  118. Introduction to this special section: Subsalt exploration
  119. Calibrating the Mechanical Properties and In-Situ Stresses Using Acoustic Radial Profiles
  120. Effects of borehole stress concentration on elastic wave velocities in sandstones
  121. Introduction to this special section: Fractures
  122. Asymmetry in the time-lapse seismic response to injection and depletion
  123. From pore-pressure prediction to reservoir characterization: A combined geomechanics-seismic inversion workflow using trend-kriging techniques in a deepwater basin
  124. An introduction to reservoir geomechanics
  125. Introduction to this special section: Geomechanics
  126. Fluid-dependent shear-wave splitting in a poroelastic medium with conjugate fracture sets
  127. Modeling the Mechanical and Phase Change Stability of Wellbores Drilled in Gas Hydrates by the Joint Industry Participation Program (JIP) Gas Hydrates Project, Phase II
  128. Seismic characterization of reservoirs containing multiple fracture sets
  129. Comment on the Reply on “Theta map: Edge detection in magnetic data” ()
  130. Calibrating The Mechanical Properties and In-Situ Stresses Using Acoustic Radial Profiles
  131. Well-constrained seismic estimation of pore pressure with uncertainty
  132. An introduction to velocity-based pore-pressure estimation
  133. Introduction to this special section: Geohazards and pore-pressure prediction
  134. Sensitivity of time-lapse seismic to reservoir stress path
  135. Optimize Drilling and Reduce Casing Strings Using Remote Real-Time Well Hydraulic Monitoring
  136. Predicting Reservoir Compaction and Casing Deformation in Deepwater Turbidites Using a 3D Mechanical Earth Model
  137. Sensitivity of time-lapse seismic to reservoir stress path
  138. Time‐lapse seismic response to injection and depletion
  139. Effects of borehole stress concentration on elastic wave velocities in sandstones
  140. Well‐constrained seismic estimation of pore pressure with uncertainty
  141. Trend‐kriged seismic velocities to predict pore pressure and to model effective stress for reservoir characterization in a deepwater basin
  142. Optimize Drilling and Reduce Casing with Real-Time Well Hydraulic Monitoring
  143. Predicting Reservoir Compaction and Casing Deformation in Deepwater Turbidites using a 3D Mechanical Earth Model
  144. Sensitivity of elastic-wave velocities to stress changes in sandstones
  145. Introduction to this special section: Rocks under stress
  146. Seismic anisotropy of shales
  147. Regional trends in undercompaction and overpressure in the Gulf of Mexico
  148. Sensitivity of elastic wave velocities to reservoir stress path
  149. Integrating Diverse Measurements to Predict Pore Pressure With Uncertainties While Drilling
  150. Tidal‐driven constraints for time‐lapse reservoir monitoring
  151. Seismic anisotropy of shales: What determines the sign of Thomsen's delta parameter?
  152. Monitoring production‐induced stress changes using seismic waves
  153. Integrating Diverse Measurements to Predict Pore Pressure With Uncertainties While Drilling
  154. Seismic pore pressure prediction with uncertainty using a probabilistic mechanical earth model
  155. Whole earth 4D: Reservoir monitoring geomechanics
  156. Use of reflection tomography to predict pore pressure in overpressured reservoir sands
  157. Calibrated Predrill Pore Pressure Prediction from 3D Seismic for the Cocuite Field, Veracruz Basin
  158. Pore Pressure Prediction for the Cocuite Field, Veracruz Basin
  159. Fluid-dependent shear-wave splitting in fractured media
  160. Seismic pore-pressure prediction using reflection tomography and 4-C seismic data
  161. The effect of pore fluid on the stress‐dependent elastic wave velocities in sandstones
  162. Pore Pressure Prediction for the Cocuite Field, Veracruz Basin
  163. Stress-dependent elastic anisotropy of sandstones
  164. Predrill pore-pressure prediction using 4-C seismic data
  165. Predrill pore pressure prediction using 4C seismic data
  166. Azimuth-dependent AVO in reservoirs containing non-orthogonal fracture sets
  167. Enhanced Seismic Pore-Pressure Prediction
  168. A feasibility study for pore-pressure prediction using seismic velocities in the offshore Nile Delta, Egypt
  169. A finite‐difference injection approach to modeling seismic fluid flow monitoring
  170. Sensitivity of reflection seismic data to oil-column height in high-porosity sandstones
  171. Signal preserving swell noise attenuation using point receiver seismic data
  172. Predrill pore pressure prediction using reflection tomography
  173. Azimuth‐dependent tuning of seismic waves reflected from fractured reservoirs
  174. Analysis of multiazimuthal VSP data for anisotropy and AVO
  175. Anisotropic velocity analysis using marine 4C seismic data
  176. Stress‐dependent seismic anisotropy of shales
  177. A finite‐difference injection approach to modeling of seismic fluid flow monitoring
  178. Misalignment of the orientation of fractures and the principal axes forPandSwaves in rocks containing multiple non-orthogonal fracture sets
  179. Long-wave seismic anisotropy of heterogeneous reservoirs
  180. Fractured reservoir characterisation using multi‐azimuthal walkaway VSPs
  181. Seismic reservoir monitoring on Gullfaks
  182. Seismic traveltime analysis for azimuthally anisotropic media: Theory and experiment
  183. Determination of anisotropic velocity models from walkaway VSP data acquired in the presence of dip
  184. Azimuthal variation in AVO response for fractured gas sands
  185. Seismic traveltime analysis for azimuthally anisotropic media
  186. Stress sensitivity of sandstones
  187. 10. Microcrack-Induced Seismic Anisotropy
  188. Simplified anisotropy parameters for transversely isotropic sedimentary rocks
  189. Anisotropic velocity analysis1
  190. Stress-dependent elastic wave velocities in shales
  191. Microcrack-induced elastic wave anisotropy of brittle rocks
  192. Seismic anisotropy of fractured rock
  193. Stress‐dependent seismic anisotropy of shales
  194. Reflection moveout in azimuthally anisotropic media
  195. Ultrasonic and neutron diffraction characterization of texture in an inhomogeneously rolled titanium plate
  196. P-wave propagation in weakly anisotropic media
  197. The elastic anisotrophy of shales
  198. Propagation of ultrasound through hydrating cement pastes at early times
  199. Ultrasonic propagation through hydrating cements
  200. Elastic anisotropy of short-fibre reinforced composites
  201. Fluid flow in a porous medium containing partially closed fractures
  202. A simple technique for finding effective elastic constants of cracked solids for arbitrary crack orientation statistics
  203. Orientation of microcracks formed in rocks during strain relaxation
  204. Stress-induced ultrasonic anisotrophy in Berea sandstone
  205. The crystal structure of iron in the Earth's inner core
  206. Ultrasonic anisotropy of metal-matrix composites
  207. Stress-induced fluid flow anisotropy in fractured rock
  208. Inversion of ultrasonic wave velocity measurements to obtain the microcrack orientation distribution function in rocks
  209. Ultrasonic Anisotropy of Metal-Matrix Composites
  210. Ultrasonic Anisotropy of Metal-Matrix Composites
  211. Seismic anisotropy of the inner core
  212. Elastic Wave Propagation in Anisotropic Microcracked Rocks
  213. Stress-induced ultrasonic wave velocity anisotropy in fractured rock
  214. Inversion of ultrasonic wave velocity measurements to obtain the microcrack orientation distribution function in rocks
  215. Orientation of olivine in dunite from elastic wave velocity measurements
  216. Thermal contraction stresses in cemented tungsten carbide composites
  217. Elastic wave anisotropy in the upper mantle
  218. The elastic anisotropy of polycrystalline aggregates of zirconium and its alloys
  219. Angular dependent ultrasonic wave velocities in aggregates of hexagonal crystals
  220. Effect of non-alignment of specimen and texture axes on the measurement of stress using the ultrasonic SH wave technique
  221. Phenomenology of antiferromagnetic metal-insulator transition in 3d transition metal dichalcogenides
  222. Angular dependence of the ultrasonic SH wave velocity in rolled metal sheets
  223. Ultrasonic SH wave velocity in textured aluminium plates
  224. Scattering of ultrasound by minority phases in polycrystalline metals
  225. Texture independent determination of residual stress in polycrystalline aggregates using Rayleigh waves
  226. Impurity promoted intergranular fracture
  227. Hydrogen adsorption on platinum
  228. The strain distribution in anisotropic polycrystalline aggregates subjected to an external stress field
  229. The influence of stress on the principal polarisation directions of ultrasonic shear waves in textured steel plates
  230. The measurement of residual stress in textured steel using an ultrasonic velocity combinations technique
  231. Ultrasonic properties of transducer backings
  232. Hydrogen adsorbed on nickel, palladium and platinum powders
  233. Vibrational modes of hydrogen adsorbed on the (110) surface of nickel
  234. Comments on ‘‘Kramers–Kronig relationships and wave propagation in composites’’ by A. I. Beltzer [J. Acoust Soc. Am. 73, 355 (1983)]
  235. Ultrasonic velocity and attenuation in an epoxy matrix containing lead inclusions
  236. Inelastic neutron scattering from adsorbates
  237. The vibration spectrum of hydrogen bound by nickel catalysts
  238. Coincidence of bounds for some elastic moduli of polycrystals with [100] fibre texture
  239. Use of neutron diffraction texture measurements to establish a model for calculation of ultrasonic velocities in highly oriented austenitic weld material
  240. Ultrasonic velocities in anisotropic polycrystalline aggregates
  241. The propagation of ultrasound in porous media
  242. Local moments and magnetic ordering in transition metals
  243. The vibration spectrum of hydrogen bound by molybdenum sulphide catalysts
  244. Neutron scattering studies of textures in mild steel
  245. On the stability of crystal structures in the 3d transition metal series
  246. Ultrasonic velocity dispersion in porous materials
  247. Theory of hydrogen vibrations on transition metal surfaces
  248. On the propagation of ultrasound in highly concentrated mixtures and suspensions
  249. On the use of pair interactions to model vibrations of an adatom on a transition-metal surface
  250. The vibration frequency of an atom at the surface of a tight binding metal
  251. Magnetic properties of liquid metal alloys
  252. The Einstein temperature of itinerant ferromagnets
  253. Correlation effects in the cohesive properties of the transition metals
  254. On the soft X-ray emission from Fe-Al alloys
  255. Screening of non-transition element impurities in iron
  256. Soft X-ray emission study of the screening of Al impurities in Fe