Search Results - "Zahm, Christopher K"

Machine learning classification of Austin Chalk chemofacies from high-resolution X-ray fluorescence core characterization by Larson, Toti E, Loucks, Robert G, Sivil, J. Evan, Hattori, Kelly E, Zahm, Christopher K

“…The Upper Cretaceous Austin Chalk (AC) Group is an unconventional reservoir that extends across Texas and Louisiana. It is composed of interbedded layers of…”
Get full text

Geologic characterization of the type cored section for the Upper Cretaceous Austin Chalk Group in southern Texas; a combination fractured and unconventional reservoir by Loucks, Robert G, Larson, Toti E, Zheng, Charlie Y. C, Zahm, Christopher K, Ko, Lucy T, Sivil, James E, Sheng, Peng, Ruppel, Stephen C, Ambrose, William A

“…A rock-based geologic characterization was completed on a continuous core through the Austin Chalk Group section, an active exploration target in southern…”
Get full text

Seismic, geologic, geomechanics, and dynamic constraints in flow models of unconventional fractured reservoirs; example from a south Texas field by Michelena, Reinaldo J, Gilman, James R, Zahm, Christopher K

“…We present a workflow to build permeability models for flow simulation in unconventional naturally fractured reservoirs constrained by 3D seismic, geologic…”
Get full text

Effect of carbonate platform morphology on syndepositional deformation: Insights from numerical modeling by Nolting, Andrea, Zahm, Christopher K., Kerans, Charles, Nikolinakou, Maria A.

“…We use finite element numerical modeling to show that carbonate platform morphology is a control on syndepositional deformation in steep-walled carbonate…”
Get full text

The influence of variable progradation to aggradation ratio and facies partitioning on the development of syndepositional deformation in steep-walled carbonate platforms by Nolting, Andrea, Zahm, Christopher K., Kerans, Charles, Alzayer, Yaser

“…One of the remaining questions in carbonate geology and reservoir studies is the origin of steep-walled carbonate platform margins and the role of gravity…”
Get full text

Middle platform carbonate depositional systems and lithofacies patterns in the Lower Ordovician Ellenburger Group, Tobosa Basin in West Texas, U.S.A., and subsequent Sauk-Tippecanoe megasequence boundary meteoric karsting by Loucks, Robert G., Zahm, Christopher K., Hattori, Kelly E., Sanchez, Taylor

“…A long, continuous core (1155 ft; 352 m) from the Ellenburger Group in Upton County, Texas allowed for a detailed reservoir description of depositional…”
Get full text

Micropetrographic characterization of a siliciclastic-rich chalk; Upper Cretaceous Austin Chalk Group along the onshore northern Gulf of Mexico, USA by Loucks, Robert G., Reed, Robert M., Ko, Lucy T., Zahm, Christopher K., Larson, Toti E.

“…The Austin Chalk Group is a very fine grained carbonate mudrock composed predominantly of microorganisms. To geologically characterize such a unit, the…”
Get full text

Integrated fracture prediction using sequence stratigraphy within a carbonate fault damage zone, Texas, USA by Zahm, Christopher K., Zahm, Laura C., Bellian, Jerome A.

“…Fracture deformation intensity is heterogeneous as a result of the interplay between the stratigraphic architecture and the degree of faulting. Prediction of…”
Get full text

3D Strain and Basement-Involved Folding, Thermopolis Anticline, Wyoming by Zahm, Christopher K

Get full text