Anita Torabi

Professor

University of Oslo

Norway

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Professor Anita Torabi is a faculty member at the University of Oslo, Norway. Her research primarily focuses on geomechanics and fault behavior, as evidenced by her recent work on deformation styles in faulted sequences and the use of deep learning for seismic fault interpretation. Additionally, she explores the architecture of fault zones and their impact on geomechanical properties, contributing critical insights into subsurface geological processes.

Anita Torabi

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Articles (16)

Deformation style and fluid flow behaviour in a faulted siliciclastic-carbonate sequence

Unraveling the key factors controlling active faulting in Tertiary and Quaternary sequences

Spectral Analysis of Topography as Proxy for Lineament Analysis

Fault asperity and roughness, insight from faults in 3D reflection seismic data

Seismic and outcrop-based 3D characterization of fault damage zones in sandstones, Rio do Peixe Basin, Brazil

Architecture of interacting deformation band fault zones in siliciclastic rocks and its influence on geomechanical property distribution

Data augmentation for 3D seismic fault interpretation using deep learning

Fault characteristics in exhumed basement rocks; implications for understanding subsurface basement faults

GeoFault: A well-founded fault ontology for interoperability in geological modeling

Semantically triggered qualitative simulation of a geological process

Normal fault geometric attribute variations with lithology: examples from the Norwegian Barents Sea

Variation of thickness, internal structure and petrophysical properties in a deformation band fault zone in siliciclastic rocks

The role of mechanical stratigraphy on CO2 migration along faults – examples from Entrada Sandstone, Humbug Flats, Utah, USA

The Role of Stratigraphy and Loading History in Generating Complex Compaction Bands in Idealized Field‐Scale Settings

Effect of Mineral Processes and Deformation on the Petrophysical Properties of Soft Rocks during Active Faulting

Fault zone architecture and its scaling laws: where does the damage zone start and stop?

Collaborators (5)

John W. Rudnicki

Juan Jiménez Millán

Stefania Da Pelo

Maria Isabel Abad Martínez

Rosario Jiménez Espinosa

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