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P E G5971: Seminar in Petroleum Engineering
7.00 Credits
University of Oklahoma Norman Campus
Prerequisite: graduate standing. Current petroleum literature, lectures, and reports; emphasis upon reservoir behavior and conservation. (F, Sp)
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P E G5971 - Seminar in Petroleum Engineering
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P E G5980: Research for Master's Thesis
8.00 Credits
University of Oklahoma Norman Campus
Variable enrollment, two to nine hours; maximum credit applicable toward degree, four hours. (F, Sp, Su)
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P E G5980 - Research for Master's Thesis
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P E G5990: Special Studies
9.00 Credits
University of Oklahoma Norman Campus
1 to 4 hours. Prerequisite: graduate standing in petroleum engineering. May be repeated with change of topic; maximum credit twelve hours. Supervised individual study or specialized research in petroleum engineering. (F, Sp, Su)
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P E G5990 - Special Studies
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P E G6153: Transport Phenomena in Porous Media
5.00 Credits
University of Oklahoma Norman Campus
Prerequisite: 5143 or equivalent. Fundamental theory of mass, momentum and energy transport in porous media. Emphasis placed upon enhanced oil recovery processes, in situ energy extraction, and other processes relevant to energy production. (Irreg.)
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P E G6153 - Transport Phenomena in Porous Media
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P E G6253: Advanced Petrophysics
5.00 Credits
University of Oklahoma Norman Campus
Prerequisite: 4513, 4522, graduate standing or permission. Techniques of sampling petroleum reservoirs with emphasis upon the rock and fluid properties. (Irreg.)
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P E G6253 - Advanced Petrophysics
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P E G6263: Advanced Rock Mechanics I
6.00 Credits
University of Oklahoma Norman Campus
Prerequisite: 5243. In-situ stress determinations, effects of stress and strain gradients, time-dependent effects, Griffith's theory, crack phenomena, fracture toughness of rocks, poroelasticity concepts.
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P E G6263 - Advanced Rock Mechanics I
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P E G6273: Advanced Rock Mechanics II
7.00 Credits
University of Oklahoma Norman Campus
Prerequisite: 6263. Stereographic projections, properties of discontinuities, fluid flow in fractures, stability and design of rock slopes (two- and three-dimensional).
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P E G6273 - Advanced Rock Mechanics II
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P E G6283: Seismic Reservoir Modeling
8.00 Credits
University of Oklahoma Norman Campus
Prerequisite: Graduate standing or permission of instructor. This course is designed to explore the seismic response of rocks and how it is related to petrophysical parameters. This understanding is key to interpretation of seismic data in terms of subsurface rocks and fluids. (F)
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P E G6283 - Seismic Reservoir Modeling
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P E G6443: Petroleum Production Systems
4.00 Credits
University of Oklahoma Norman Campus
Prerequisite: graduate standing, permission. Principles of the development and operation of petroleum production systems. Considers the combined behavior of the reservoirs, the surface equipment, the pipeline system and the storage facilities. Optimization of these systems for various production schedules using queuing theory, linear programming and dynamic programming. (Irreg.)
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P E G6443 - Petroleum Production Systems
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P E G6573: Advanced Reservoir Engineering
7.00 Credits
University of Oklahoma Norman Campus
Prerequisite: 4513, 4523 and graduate standing. Optimization of material balance equations; saturation calculations, with and without counterflow; dynamics of water drive reservoirs; accelerated blowdown of strong water drive gas reservoirs; conformal mapping of oil and gas fields; the subsidiary equation; tracer methods; streamlines; miscible processes; dispersion models and optimum solvent slug size. (Irreg.)
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P E G6573 - Advanced Reservoir Engineering
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