Browsing by Author "Marfurt, Kurt J."
Now showing items 1-11 of 11
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Analysis of Faulting and Earthquake Processes: from Laboratory Experiments to Crustal-Scale Investigations
Chang, Jefferson C. (2017-12)This dissertation encompasses a wide range of scale that investigates the tectonic processes in the crust with respect to faulting and earthquakes. of tectonic and earthquake processes in the crust. I present in four ... -
APPLICATION OF MODERN 3D SEISMIC DATA ACQUIRED FOR DEEPER RESOURCE PLAYS TO SHALLOWER MATURE FIELDS – A RED FORK CASE STUDY
Peery, Andrew (2017-05)Utilizing a modern 3D survey acquired for a deeper resource play one can also examine potential drilling hazards and behind pipe pay in shallower formations. This study concentrates on the Red Fork sands that have been ... -
Combining seismic attributes and machine learning for seismic facies analysis
Lubo-Robles, David (2022-05-13)Understanding how to correctly select a group of input seismic attributes is critical to perform a robust machine learning (ML)-based seismic facies analysis. However, due to the large number of seismic attributes enhancing ... -
A Comparison Of Coherence Enhancement, Probabilistic Neural Network, And Convolutional Neural Network Fault Imaging With Manual Interpretation In The Taranaki Basin Area, New Zealand.
Mora, Jose Pedro (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. ... -
DEVELOPMENT OF INDEPENDENT COMPONENT ANALYSIS FOR RESERVOIR GEOMORPHOLOGY AND UNSUPERVISED SEISMIC FACIES CLASSIFICATION IN THE TARANAKI BASIN, NEW ZEALAND.
Lubo-Robles, David (2018)During the past two decades, the number of volumetric seismic attributes have increased to the point in which interpreters are overwhelmed and cannot analyze all the information available. Principal Component Analysis (PCA) ... -
Dynamic Shear Rupture along Faults: Experiments and Simulations
Liao, Zonghu (2013-12-14)Earthquakes are events of unstable shear rupture that propagate along fault-zones in the crust. Earthquake rupture processes have been the focus of experimental analyses and numerical simulations, yet many details are still ... -
Latent Space Classification of Seismic Facies
Roy, Atish (2013)Supervised and unsupervised seismic facies classification methods are slowly gaining popularity in hydrocarbon exploration and production workflows. Unsupervised clustering is data driven, unbiased by the interpreter beyond ... -
Quantitative seismic interpretation and machine learning applications for subsurface characterization and modeling
Caf, Abidin (2022-12)Quantitative seismic interpretation and geostatistical modeling methods have been widely used for subsurface reservoir characterization. However, the task becomes challenging due to the reservoir complexity and limited ... -
Seismic attribute analysis and its application to mapping folds and fractures.
Mai, Ha Thanh (2010)Geometric attributes such as coherence and curvature have been very successful in delineating faults in sedimentary basins. While not a common exploration objective, fractured and faulted basement forms important reservoirs ... -
SEISMIC EXPRESSION OF IGNEOUS BODIES IN SEDIMENTARY BASINS AND THEIR IMPACT ON HYDROCARBON EXPLORATION: EXAMPLES FROM A COMPRESSIVE TECTONIC SETTING, TARANAKI BASIN, NEW ZEALAND
Infante-Paez, Lennon (2018-05-11)The impact of Neogene volcanism on hydrocarbon exploration in the Taranaki Basin, New Zealand remains under-explored. To better understand these effects, I performed detailed seismic interpretation coupled with examination ... -
The value of reprocessing legacy data : a case study of Bois d'Arc, a Mississippi play in northeastern Oklahoma
Aisenberg, Mark (2013)Exploration companies have been producing the Mississippi Lime and overlying Redfork for almost 100 years, such that legacy 3D surveys cover significant parts of northern Oklahoma. Early 3D seismic surveys were acquired ...