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MODELING OF GEODYNAMIC PROCESSES AT HYDROCARBON DEPOSIT
Kenesbayeva
*
, Nurpeisova,
E. Levin
*
Corresponding author for this work
Satbayev University
Michigan Technological University
Research output
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Article
›
peer-review
1
Scopus citations
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Dive into the research topics of 'MODELING OF GEODYNAMIC PROCESSES AT HYDROCARBON DEPOSIT'. Together they form a unique fingerprint.
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Keyphrases
Geodynamic Processes
100%
Oil Field
100%
Hydrocarbon Deposits
100%
Gas Field
75%
Earth Surface
50%
Subsidence
50%
Reservoir Compaction
50%
Functional Relationship
25%
Spatiotemporal Pattern
25%
Comparative Analysis
25%
Specific Features
25%
Predictive Models
25%
Physical Properties
25%
Movement Patterns
25%
Environmentally Friendly Technologies
25%
Field Development
25%
Mechanical Properties
25%
Surface Deformation Monitoring
25%
Geodetic
25%
Geological Tectonics
25%
Transfer Coefficient
25%
Influence Function
25%
Spatial Modeling
25%
Oil Reservoir
25%
Tectonic Activity
25%
Deformation Process
25%
Geological Characteristics
25%
Rock Mechanical Properties
25%
Reservoir Pressure
25%
Subsidence of the Earth's Surface
25%
Reservoir Rock Properties
25%
Soil Subsidence
25%
Rock Physical Properties
25%
Delft University of Technology
25%
Hydrocarbon Fields
25%
Deep Gas Reservoir
25%
Radar Interferometry
25%
Geodynamic Model
25%
Western Kazakhstan
25%
Rock Massif
25%
Reservoir Physical Property
25%
Earth and Planetary Sciences
Geodynamics
100%
Oil Field
100%
Subsidence
75%
Earth Surface
75%
Gas Field
75%
Kazakhstan
25%
Tectonics
25%
Radar Interferometry
25%
Gas Reservoir
25%
Soil Subsidence
25%
Engineering
Oil Field
100%
Gas Field
75%
Engineering
25%
Interferometry
25%
Functional Relationship
25%
Surface Deformation
25%
Comparative Analysis
25%
Deformation Process
25%
Oil Reservoir
25%
Gas Reservoir
25%
Field Development
25%
Reservoir Pressure
25%