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Khang Duy Bui
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Proceedings Papers

An Improved Methodology to Derive Optimal Steady-State Oil-Water Relative Permeability Relationships: Concurrent Deployment of the 2-Phase Modified Carman-Kozeny and the Modified Brooks-Corey Formulations

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Peter Behrenbruch, Truc Quoc Doan, Minh Triet Do Huu, Khang Duy Bui, Tony Kennaird
Paper presented at the SPE Asia Pacific Oil & Gas Conference and Exhibition, November 17–19, 2020
Paper Number: SPE-202278-MS
https://doi.org/10.2118/202278-MS
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View Paper titled, An Improved Methodology to Derive Optimal Steady-State Oil-Water Relative Permeability Relationships: Concurrent Deployment of the 2-Phase Modified Carman-Kozeny and the Modified Brooks-Corey Formulations
Open the PDF for An Improved Methodology to Derive Optimal Steady-State Oil-Water Relative Permeability Relationships: Concurrent Deployment of the 2-Phase Modified Carman-Kozeny and the Modified Brooks-Corey Formulations in another window
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Proceedings Papers

Capillary Pressure Drainage Curves: Modelling and Prediction of Capillary Entry Pressure

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Peter Behrenbruch, Tony Kennaird, Khang Duy Bui, Minh Triet Do Huu
Paper presented at the SPE/IATMI Asia Pacific Oil & Gas Conference and Exhibition, October 17–19, 2017
Paper Number: SPE-186949-MS
https://doi.org/10.2118/186949-MS
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View Paper titled, Capillary Pressure Drainage Curves: Modelling and Prediction of Capillary Entry Pressure
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Proceedings Papers

Modelling of Drainage Capillary Pressure: Using the Modified Carman-Kozeny Purcell Model to Identify the Type of Pore Throat Distribution Inherent in Laboratory Data

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Peter Behrenbruch, Minh Triet Do Huu, Khang Duy Bui, Tuan Gia Hoang
Paper presented at the SPE Asia Pacific Oil & Gas Conference and Exhibition, October 25–27, 2016
Paper Number: SPE-182457-MS
https://doi.org/10.2118/182457-MS
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View Paper titled, Modelling of Drainage Capillary Pressure: Using the Modified Carman-Kozeny Purcell Model to Identify the Type of Pore Throat Distribution Inherent in Laboratory Data
Open the PDF for Modelling of Drainage Capillary Pressure: Using the Modified Carman-Kozeny Purcell Model to Identify the Type of Pore Throat Distribution Inherent in Laboratory Data in another window
Add to Citation Manager for Modelling of Drainage Capillary Pressure: Using the Modified Carman-Kozeny Purcell Model to Identify the Type of Pore Throat Distribution Inherent in Laboratory Data
Proceedings Papers

Modelling of Drainage Capillary Pressure: A Comparative Study of Various Analytical Capillary Pressure Formulations in Matching Laboratory Results

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Peter Behrenbruch, Minh Triet Huu, Tuan Gia Hoang, Khang Duy Bui
Paper presented at the SPE Asia Pacific Oil & Gas Conference and Exhibition, October 25–27, 2016
Paper Number: SPE-182469-MS
https://doi.org/10.2118/182469-MS
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View Paper titled, Modelling of Drainage Capillary Pressure: A Comparative Study of Various Analytical Capillary Pressure Formulations in Matching Laboratory Results
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