Abstract: Drainage Patterns of Subvertical Wells intersecting Naturally Fractured Carbonate Reservoir Layers, by Shaho Bazr-Afkan, Stephan Matthai, and Caroline Milliotte; #120034 (2012)

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Abstract: Low-Frequency Electrical Conduction in Simple Porous Media; #90187 (2014)

David C. Herrick

Search and Discovery.com

... been the basis for virtually all saturation equations used in the petroleum industry for the past seventy years, however it has only an empirical...

Study of Upscaling Permeability from Thin Sections Using 3D Pore Space Image and Pore Network Modeling (Geology Poster 24)

Luluan A. Lubis, Zuhar Zahir Tuan Harith

Geological Society of Malaysia (GSM)

... will be simulated by solving relevant transport equations from the pore network modeling. The permeability from 3D pore space images are used to predict...

Abstract: Generalized Frames for Gabor Operators in Seismic Imaging; #90172 (2014)

Michael P. Lamoureux, Gary F. Margrave, Peter C. Gibson

Search and Discovery.com

.... This approach is a first step towards a good mathematical model or numerical calculus for solving differential equations using these nonstationary techniques...

Abstract: A Phase Shift Plus Interpolation Extrapolation for Two-way Wave Equation Migration; #90172 (2014)

Jianhua Pan

Search and Discovery.com

... multiple arrivals. As a result, the two-way WEM is needed. The two-way WEM is based on solving the two-way wave equation and it does not have...

Application of Convective-Diffusion Models to Diagenetic Processes

James R. Wood, Ronald C. Surdam

Special Publications of SEPM

... by combining the equations describing chemical reaction with those governing mass transfer This approach leads to a set of differential equations...

A Compositional Gas Flow Model for Predicting Pressure and Heating Value Distribution in Complex Pipeline Network System

L. Mucharam, K. A. Sidarto, L. S. Riza, Mubassiran, S. Sophian

Indonesian Petroleum Association

... of nonlinear simultaneous equations obtained by writing the continuity equation at each node in the system. Therefore an iterative technique, for example...

The Teaching-Learning Process Paradox of Earth Sciences Engineering Education

Antonio Hernandez-Espriu, Emilio Sanchez-Leon

GCAGS Transactions

... uses his criteria for solving problems, supported with advanced mathematical tools, available literature, world-class software, Earth observation...

A Technology to Extract Lithology, Porosity and Hydrocarbon Content from Conventional Seismic Data

Roger A. Young

GCAGS Transactions

.... Seismic petrophysics, the application. Solving equations simultaneously requires at least two independent equations. Getting two independent equations...

Simulation of Integrated Surface-Water/Groundwater Flow for a Freshwater Wetland in Selangor State, Malaysia

Bahaa-eldin E. A. Rahim, Ismail Yusoff, Azmi M. Jafri, Zainudin Othman

Geological Society of Malaysia (GSM)

... networks for SW and GW flow components. A finite difference solution of the partial differential equations, describing the processes of overland...

Application of Elastic Parameters in the Basin Modeling of Unconventional Reservoirs; #41935 (2016)

J. A. España, R. López, O. C. Mijangos, A. K. Santana, J. J. Morales

Search and Discovery.com

... properties calculated by solving the Equations (1)-(3) for different mineral volumetric fraction . Each mineral can be considered an inclusion embedded...

A New Method for Handling the Nugget Effect in Kriging

K. Krivoruchko, A. Gribov, J. M. Ver Hoef

AAPG Special Volumes

...), then the solution to the kriging equations yields exact kriging. Otherwise, solving for produces the kriging weights for the measurement errors model...

Calculating Thickness from Outcrop and Drill-Hole Data

H.A.K. Charlesworth, W.E. Kilby

CSPG Bulletin

... by solving the resulting three simultaneous equations (Appendix 5). Figure 2. Diagram showing segments of the top and bottom of a uniformly oriented tabular...

Supercomputers for Beginners: PART III: GPU-Accelerated Computing

Lasse Amundsen, Martin Landrø, Børge Arntsen

GEO ExPro Magazine

... involves solving differential equations that describe the wave propagation under a set of initial, final and boundary conditions and a velocity model...

Structural Analysis, and Geometrical Prediction for Change of Form with Depth, of Some Arabian Plains-Type Folds

W. Sugden

AAPG Bulletin

...). RELATIVE ELEVATION EQUATIONS Other structures of the Qatar Peninsula, though much broader and less strongly folded than the Dukhan anticline, suffered...

Time-Dependent Hydrodynamic Models of Turbidity Currents Analyzed with Data from the Grand Banks and Orleansville Events

A. D. Kirwan Jr., L. J. Doyle, W. D. Bowles, G. R. Brooks

Journal of Sedimentary Research (SEPM)

... different dynamics. In the initiation phase the mass and momentum conservation equations for both seawater and the sediment stirred...

A Note on 'A Procedure for Computing the Lattice Constants of Some Crystal Systems by Chan (1976)'

Y. H. Lye

Geological Society of Malaysia (GSM)

... and orthorhombic systems, and 1 = d2 2 4(h 2 +hk + k ) 3a2 + 12 2 c for the hexagonal system, by first reducing them into linear equations...

Core-Calibrated Multi-Mineral Interpretation in Reservoirs with Complex Mineralogy

Mathilde Luycx, Brent Wheelock, Hanatu Kadir, Emmanuel O. Oyewole, Olabode Ijasan, Darren McLendon

Unconventional Resources Technology Conference (URTEC)

... measurement depth 𝑘, by solving tool-response equations of the form 𝑑 𝑙𝑘 = ∑ 𝑖𝐼 𝑅 𝑙,𝑖 𝑣 𝑖 𝑘 (1) where 𝑣 𝑖 𝑘 is the volume fraction...

Estimation of Channel Sinuosity from Paleocurrent Data: A Method Using Fractal Geometry: DISCUSSION

J.P. Le Roux

Journal of Sedimentary Research (SEPM)

... to solving the problem, the results closely approximate those produced by the method of Le Roux (1992) as modified in 1994 (Fig. 1). Surely, the good...

Aerodynamic and Geometric Diameter of Airborne Particles--Reply

Weinan Chen, Donald W. Fryrear

Journal of Sedimentary Research (SEPM)

... 2001) is a general expression for CD (e.g., Allen 1985, p. 45-47). It is not necessary to limit it to a certain Reynolds number (Rep). Solving Equation 7...

3D Seismic Data Interpolation by Frequency Domain Local 2D Prediction

Xishuo Wang

Search and Discovery.com

... in solving the filter coefficients), and the maximum number of equations (corresponds to the case where input data exists at all CMP locations within...

ABSTRACT EGS Injection and Seismicity Modeling with Rate/State Friction, #90128 (2011)

Mark McClure, Roland Horne

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... of solving the rate/state equations with respect to accuracy and efficiency. The rate/state slip simulator was coupled with a discrete fracture flow...

3D Seismic Data Interpolation by Frequency Domain Local 2D Prediction

Xishuo Wang

Search and Discovery.com

... in solving the filter coefficients), and the maximum number of equations (corresponds to the case where input data exists at all CMP locations within...

Abstract: Paleoclimate Data Constraints on Basin Thermal History and Petroleum Generation Modeling: Piceance Basin, Colorado; #90257 (2016)

Yao Tong, Daniel E. Ibarra, Jeremy K. Caves, Tapan Mukerji, Stephan A. Graham

Search and Discovery.com

... generation in sedimentary basins. For a hydrocarbon rich province, modeling the hydrocarbon generation process involves solving heat flow equations, given...

Deterministic, Process Based Modeling of the Deepwater Fill of the Peïra Cava Basin, SE France; #120132 (2013)

Romain Rouzairol, Riccardo Basani, Ernst W.M. Hansen, John A. Howell, and Tor E. Aas

Search and Discovery.com

...-density turbidity currents, solving full 3D transient Navier–Stokes equations by a finite-volumefinite-differences method, in a fixed Eulerian rectangular...