How petrophysical properties influence the seismic signature of carbonate fault damage zone: Insights from forward-seismic modelling
Seismic imaging is the most common tool to detect subsurface structures in continental and
marine settings. Despite technological advancement, seismic analysis of carbonates is still …
marine settings. Despite technological advancement, seismic analysis of carbonates is still …
From mechanical modeling to seismic imaging of faults: A synthetic workflow to study the impact of faults on seismic
Although typically interpreted as 2D surfaces, faults are 3D narrow zones of highly and
heterogeneously strained rocks, with petrophysical properties differing from the host rock …
heterogeneously strained rocks, with petrophysical properties differing from the host rock …
Exploring the seismic expression of fault zones in 3D seismic volumes
D Iacopini, RWH Butler, S Purves, N McArdle… - Journal of Structural …, 2016 - Elsevier
Mapping and understanding distributed deformation is a major challenge for the structural
interpretation of seismic data. However, volumes of seismic signal disturbance with low …
interpretation of seismic data. However, volumes of seismic signal disturbance with low …
Seismic characterisation of fault damage in 3D using mechanical and seismic modelling
Although typically interpreted as 2D surfaces, faults are 3D narrow zones of highly and
heterogeneously deformed rocks with petrophysical properties differing from the host rock …
heterogeneously deformed rocks with petrophysical properties differing from the host rock …
Analysis of fault damage zones using three-dimensional seismic coherence in the Anadarko Basin, Oklahoma
Z Liao, H Liu, BM Carpenter, KJ Marfurt… - AAPG …, 2019 - archives.datapages.com
Fault damage zones may significantly affect subsurface fluid migration and the development
of unconventional resources. Most analyses of fault damage zones are based on direct field …
of unconventional resources. Most analyses of fault damage zones are based on direct field …
Evidencing subtle faults in deep seismic reflection profiles: Data pre-conditioning and seismic attribute analysis of the legacy CROP-04 profile
Legacy seismic reflection data constitute infrastructure of tremendous value for basic
research. This is especially relevant in seismically hazardous areas, as such datasets can …
research. This is especially relevant in seismically hazardous areas, as such datasets can …
Automatic 3D fault detection and characterization—A comparison between seismic attribute methods and deep learning
Seismic interpretation is crucial for identifying faults, fluid concentrations, and flow migration
pathways in the oil and gas industry. Algorithms have been developed to identify faults using …
pathways in the oil and gas industry. Algorithms have been developed to identify faults using …
Using seismic attributes in seismotectonic research: an application to the Norcia Mw = 6.5 earthquake (30 October 2016) in central Italy
In seismotectonic studies, seismic reflection data are a powerful tool to unravel the complex
deep architecture of active faults. Such tectonic structures are usually mapped at the surface …
deep architecture of active faults. Such tectonic structures are usually mapped at the surface …
Fault visualization and identification in fault seismic attribute volumes: Implications for fault geometric characterization
Fault seismic attribute volumes (such as volumetric coherence and curvature) represent an
efficient and objective way to visualize and identify faults in seismic cubes. Fault geometric …
efficient and objective way to visualize and identify faults in seismic cubes. Fault geometric …
Seismic characterization of fault facies models
Faults play a key role in reservoirs by enhancing or restricting fluid flow. A fault zone can be
divided into a fault core that accommodates most of the displacement and a surrounding …
divided into a fault core that accommodates most of the displacement and a surrounding …