Sharif Digital Repository

Modeling of semi-solid A356 alloy under upsetting process

Author

Shakiba, M.

Publisher

Trans Tech Publications Ltd,

Pub. Year

2006

Subjects

ABAQUS. / Compressible flow. / Continuum mechanics. / Finite element method. / Porous materials. / Two phase flow. / Gurson yield criterion. / Semi-solids. / Upsetting tests. / Alloying elements.

Modeling of semi-solid A356 alloy under upsetting process

Author

Shakiba, M.

Publisher

Trans Tech Publications Ltd,

Pub. Year

2006

Subjects

Models. / Porous materials. / Software testing. / A-thermomechanical process. / Compressible porous media. / High solid fraction. / Porous medium. / Semi-solid A356 alloy. / Semi-solids. / Upsetting tests. / Yield criteria. / ABAQUS.

Investigation of oil recovery and CO2 storage during secondary and tertiary injection of carbonated water in an Iranian carbonate oil reservoir

Author

Shakiba, M.

Publisher

Elsevier

Pub. Year

2016

Subjects

Carbonate rock. / Carbonated water. / CO2 storage. / Coreflood. / Secondary recovery. / Tertiary recovery. / Carbon dioxide. / Carbonation. / Efficiency. / Floods. / Gases. / Global warming. / Greenhouse gases. / Injection (oil wells) / Oil well flooding. / Petroleum reservoir engineering. / Petroleum reservoirs. / Secondary recovery. / Tertiary recovery. / Water injection. / Well flooding. / Carbonate oil reservoirs. / Carbonate rock. / Carbonated waters. / Coreflood. / Depleted oil reservoirs. / Enhanced oil recovery. / Oil recovery efficiency. / Underground oil reservoir. / Enhanced recovery. / Carbon emission. / Carbon sequestration. / Carbonate rock. / Experimental study. / Greenhouse gas. / Hydrocarbon reservoir. / Steam injection.

Activating solution gas drive as an extra oil production mechanism after carbonated water injection

Author

Shakiba, M.

Publisher

Materials China,

Pub. Year

2020

Subjects

Carbonated water. / CO2 capture. / Gas nucleation. / Carbonation. / Digital storage. / Efficiency. / Injection (oil wells) / Offshore oil well production. / Oil bearing formations. / Petroleum industry. / Petroleum reservoirs. / Secondary recovery. / Activating solutions. / Depressurizations. / Enhanced oil recovery. / Oil recovery efficiency. / Oil recovery mechanisms. / Original oil in places. / Reservoir pressures. / Solution gas drive. / Enhanced recovery.

The impact of connate water saturation and salinity on oil recovery and CO2 storage capacity during carbonated water injection in carbonate rock

Author

Shakiba, M.

Publisher

Chemical Industry Press,

Pub. Year

2018

Subjects

Carbonate reservoir. / Carbonated water. / CO2 storage. / Connate water. / Carbon dioxide. / Carbonates. / Carbonation. / Oil well flooding. / Petroleum reservoir engineering. / Petroleum reservoirs. / Porous materials. / Reservoirs (water) / Secondary recovery. / Sedimentary rocks. / Water injection. / Carbonated waters. / Connate waters. / Enhanced oil recovery. / Enhanced recovery.

The impact of connate water saturation and salinity on oil recovery and CO2 storage capacity during carbonated water injection in carbonate rock

Author

Shakiba, M.

Publisher

Chemical Industry Press,

Pub. Year

2019

Subjects

Carbonate reservoir. / Carbonated water. / CO2 storage. / Connate water. / Enhanced oil recovery. / Secondary recovery. / Carbon dioxide. / Carbonates. / Carbonation. / Oil well flooding. / Petroleum reservoir engineering. / Petroleum reservoirs. / Porous materials. / Reservoirs (water) / Secondary recovery. / Sedimentary rocks. / Water injection. / Carbonate reservoir. / Carbonated waters. / CO2 storage. / Connate waters. / Enhanced oil recovery. / Enhanced recovery.