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USING MOLECULAR DYNAMICS SIMULATION TO STUDY BEHAVIOR OF HYDROCARBON FLUID
(2019-08)
The purpose of this thesis is to study hydrocarbon fluid behavior with molecular dynamics (MD) simulations. In the past two decades, MD simulation has been proved to be a reliable tool in the study of oil and natural gas ...
A Comparison Of Coherence Enhancement, Probabilistic Neural Network, And Convolutional Neural Network Fault Imaging With Manual Interpretation In The Taranaki Basin Area, New Zealand.
(2021-05-17)
Fault identification is a key aspect in seismic interpretation, and model generation is an essential task to achieve any accurate, precise reservoir modeling or structural framework that solves problems in the subsurface. ...
Investigation on the Effect of Drillstring Stiffness on Downscaling Drillstring Vibrations
(2021-05-16)
Drillstring vibrations provide one of the most important challenges to drilling efficiency today. These vibrations can cause many issues such as decreased energy transfer from the to drive to the bit, fluctuating drilling ...
INTERPRETATION OF INTER-WELL CHEMICAL TRACER TEST
(2017)
For the first time, this thesis presents a new approach to characterize reservoir layering and cross flow between layers using Inter-Well Chemical Tracer Test (ICTT). ICTT is a well-known reliable test for reservoir ...
Petrophysical rock typing in Uinta Basin using models powered by machine learning algorithms
(2023)
Petrophysical characterization is key to identifying different rock types for hydrocarbon production optimization. Rock-typing, a petrophysical characterization technique, can be performed using wireline measurements, such ...