Search Results - "Fredrich, J.T."

Laboratory characterization of hydromechanical properties of a seismogenic normal fault system by Seront, Bernard, Wong, Teng-Fong, Caine, Jonathan S., Forster, Craig B., Bruhn, Ronald L., Fredrich, J.T.

“…The Stillwater seismogenic normal fault in Dixie Valley, Nevada has been historically active and is located in an area of high heat flow and hydrothermal…”
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Visualization of geologic stress perturbations using Mohr diagrams by Crossno, P., Rogers, D.H., Brannon, R.M., Coblentz, D., Fredrich, J.T.

“…Huge salt formations, trapping large untapped oil and gas reservoirs, lie in the deepwater region of the Gulf of Mexico. Drilling in this region is high-risk…”
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Imaging the Pore Structure of Geomaterials by Fredrich, J. T., Menéndez, B., T.-F. Wong

“…Laser scanning confocal microscopy can be used to image the pore structure of geologic materials in three dimensions at a resolution of 200 nanometers. The…”
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Mineralogy of deepwater Gulf of Mexico salt formations and implications for constitutive behavior by Fredrich, J.T., Fossum, A.F., Hickman, R.J.

“…A majority of the wells for the most significant announced developments in the deepwater Gulf of Mexico will penetrate salt formations thousands of feet thick…”
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Statistical characterization of the three-dimensional microgeometry of porous media and correlation with macroscopic transport properties by Fredrich, J.T., Lindquist, W.B.

“…Preliminary results of a study combining three-dimensional imaging, extraction of statistical microgeometric descriptions from volumetric image data, and…”
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3D imaging of porous media using laser scanning confocal microscopy with application to microscale transport processes by Fredrich, J.T.

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Induced pore pressure response during undrained deformation of tuff and sandstone by Fredrich, J.T., Martin, J.W., Clayton, R.B.

“…Deformation under undrained conditions, in which excess fluid mass is prevented from leaving the rock mass, occurs in several situations of interest. For…”
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Microscale flow modelling in geologic materials by O'Connor, R.M., Fredrich, J.T.

“…Three-dimensional imaging techniques, numerical methods for simulating flow and transport, and emergent computational architectures are combined to enable…”
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