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Hecho en Colombia
Rick Chalaturnyk
GRUPO DE INVESTIGACIÓN EN GEOMECÁNICA APLICADA
Universidad Nacional de Colombia
Perfil externo:
Citaciones:
32
Productos:
7
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7 Productos
Más citado
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Induction and Radio Frequency Heating Strategies for Steam-Assisted Gravity Drainage Start-Up Phase
Acceso Cerrado
ART-GC_ART
ID Minciencias: ART-0001642043-2
Fuente: SPE Heavy Oil Conference-Canada
Sahar Ghannadi
Mazda Irani
Rick Chalaturnyk
Rick Chalaturnyk
Temas:
Steam-assisted gravity drainage
Injector
Asphalt
Petroleum engineering
Steam injection
Oil sands
Induction heating
Natural circulation
Dielectric heating
Radio frequency
Environmental science
Nuclear engineering
Steam drum
Boiler (water heating)
Superheated steam
Electromagnetic coil
Engineering
Waste management
Materials science
Electrical engineering
Mechanical engineering
Dielectric
Composite material
Publicado: 2014
Citaciones:
11
Altmétricas:
0
Publicaciones editoriales no especializadas
Evaluation of Induced Thermal Pressurization in Clearwater Shale Caprock in Electromagnetic Steam-Assisted Gravity-Drainage Projects
Acceso Cerrado
ART-GC_ART
ID Minciencias: ART-0001642043-5
Fuente: SPE Journal
Sahar Ghannadi
Mazda Irani
Rick Chalaturnyk
Rick Chalaturnyk
Temas:
Caprock
Oil shale
Petroleum engineering
Cabin pressurization
Steam-assisted gravity drainage
Geology
Geomechanics
Geotechnical engineering
Oil sands
Materials science
Engineering
Aerospace engineering
Asphalt
Paleontology
Composite material
Publicado: 2013
Citaciones:
7
Altmétricas:
0
Publicaciones editoriales no especializadas
Heating Strategies for Steam-Assisted-Gravity-Drainage Startup Phase
Acceso Cerrado
ART-GC_ART
ID Minciencias: ART-0001642043-6
Fuente: Journal of Canadian Petroleum Technology
Leah Miller Guindon
Rick Chalaturnyk
Temas:
Induction heating
Nuclear engineering
Environmental science
Steam-assisted gravity drainage
Mechanics
Natural circulation
Phase (matter)
Materials science
Petroleum engineering
Meteorology
Physics
Engineering
Electrical engineering
Composite material
Asphalt
Quantum mechanics
Oil sands
Electromagnetic coil
Publicado: 2015
Citaciones:
5
Altmétricas:
0
Publicaciones editoriales no especializadas
Experimental Studies: Shear Induced in Single Phase Permeability
Acceso Cerrado
ART-GC_ART
ID Minciencias: ART-0001642043-1
Fuente: SPE Heavy Oil Conference-Canada
Kais Abdallah Ben
Mohamed Hamoud
Rick Chalaturnyk
Rick Chalaturnyk
Temas:
Overburden pressure
Permeability (electromagnetism)
Geotechnical engineering
Effective stress
Shear stress
Overburden
Geology
Relative permeability
Isotropy
Pore water pressure
Shear (geology)
Materials science
Composite material
Chemistry
Porosity
Biochemistry
Physics
Quantum mechanics
Membrane
Publicado: 2014
Citaciones:
4
Altmétricas:
0
Publicaciones editoriales no especializadas
Experimental Study on Geomechanical Dilation during Injection
Acceso Cerrado
ART-GC_ART
ID Minciencias: ART-0001642043-7
Fuente: SPE Canada Heavy Oil Technical Conference
Xinkui Wang
Rick Chalaturnyk
Haibo Huang
Juliana Leung
Rick Chalaturnyk
Temas:
Oil sands
Geotechnical engineering
Porosity
Asphalt
Petroleum engineering
Geology
Permeability (electromagnetism)
Compaction
Materials science
Composite material
Membrane
Biology
Genetics
Publicado: 2015
Citaciones:
3
Altmétricas:
0
Publicaciones editoriales no especializadas
Understanding the Thermo-Hydromechanical Pressurization in Two-Phase (Steam/Water) Flow and Its Application in Low-Permeability Caprock Formations in Steam-Assisted-Gravity-Drainage Projects
Acceso Cerrado
ART-GC_ART
ID Minciencias: ART-0001642043-4
Fuente: SPE Journal
Sahar Ghannadi
Mazda Irani
Rick Chalaturnyk
Rick Chalaturnyk
Temas:
Caprock
Petroleum engineering
Geology
Permeability (electromagnetism)
Cabin pressurization
Geotechnical engineering
Oil sands
Steam-assisted gravity drainage
Asphalt
Materials science
Composite material
Genetics
Membrane
Biology
Publicado: 2014
Citaciones:
2
Altmétricas:
0
Publicaciones editoriales no especializadas
A Domain Splitting-Based Analytical Model for Rapid Assessment of Hydro-thermo-geomechanical Responses of Large Scale Heavy Oil Reservoirs: A Steamflood Application
Acceso Cerrado
ART-GC_ART
ID Minciencias: ART-0001642043-3
Fuente: SPE Heavy Oil Conference-Canada
Behrooz Hosseini
Rick Chalaturnyk
Rick Chalaturnyk
Temas:
Geomechanics
Petroleum engineering
Geology
Reservoir engineering
Reservoir simulation
Enhanced oil recovery
Flow (mathematics)
Saturation (graph theory)
Mechanics
Geotechnical engineering
Petroleum
Paleontology
Physics
Mathematics
Combinatorics
Publicado: 2014
Citaciones:
0
Altmétricas:
0
Publicaciones editoriales no especializadas
1
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