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Reading Room :: Theses 1999
- Kiran Kumar Adduri, UTHIST: A Graphical User Interface
for Post Processing History Output Files of UTCHEM
- Janardhan Chodagam,
Prediction of mudcake build-up during filtration of drilling fluids (No abstract
received for this paper).
- Gloria Katherine Pina, Numerical Simulation of the Dual
Well SAGD Process in a Typical Heavy Oil Field in the Orinoco Belt, Venezuela
- William Gregory Russell, A Systematic Method for
Developing Recommendations to Improve Drilling Performance: A Case Study of a
Twelve Well Infill Drilling Program in Lago Seco Field, West Texas
- Sumon Kuman Saha, A Non-Linear Leak-Off Model for
Fracture Mechanics
- Mario Alberto Vasquez-Cruz,
Modeling non-Darcy parallel linear flow in bounded systems (no abstract received
for this paper).
- Xiaohong Wang, Simulation OF NAPL Remediation
Process Using Parallel Simulator PARSSIM
- Tiejun Zhu,
The development of F-1-M Reservoir, Sun Field (No abstract received for this
paper).
- Hamoud Ali Al-Anazi, Evaluation of pH-Sensitive
Polymer for Gravel Packing Operations
- Faruk Omer Alpak, Validation of a Thermodynamically
Based Relative Permeability Model
- Shihong Chi, A Microscopic Study of Variations in
Petrophysical and Mechanical Parameters under Effective Pressures in
Geopressured Reservoirs
- Chengli Dong, Acid Etching Patterns in
Naturally-Fractured Carbonate Reservoirs
- Laura D. Eckerfield, Fluid Placement Model for
Stimulation of Horizontal or Variable Inclination Wells
- Vincent Guillot, Analytical Solutions of a Production
System
- Keshav Narayanan, Applications for Response Surfaces
in Reservoir Engineering
- Myeong Hwan Noh, Fully Coupled Air-Water Flow Model in
Unsaturated Porous Media
- Vincent Francois Pernot, Troublesome Shale Control
Using Inhibitive Water-Base Muds
- Omar J. Varela, Evaluating Uncertainties in Reservoir
Simulation
- Elizabeth Zuluaga, A Simulation Approach to Validate
Petrophysical Data from Nuclear Magnetic Resonance Imaging
- Zulkeffeli Mohd Zain, Cleanup of Wall-Building Filter
Cakes
* Full text pdf is available to UT users via University Microfilms. Go
to the General Libraries website and search using the
author's name
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