Department of Drilling Engineering
Prof. Fan Honghai
Education
PhD from China University of Petroleum (Beijing)
Master from China University of Petroleum (Beijing)
Bachelor from China University of Petroleum (Huadong)
Research
Oil and Gas Well Mechanical and Control Engineering
Oil and Gas Well Fluid Mechanics
Teaching
Bachelor: Fluid Mechanics; Introduction of Petroleum Engineering
Master: Oil and Gas Well Fluid Mechanics
Other Functions
Supervisor of the Petroleum Engineering Faculty;
Member of the Jiusan Society.
Professional Affiliations
Chinese Petroleum Society
Contact
Email: fanhh@cup.edu.cn TEL: 010-89733221 Fax: 010-89733221
Address of Office: China University of Petroleum-Beijing, 18th Fuxue Road, Changping, Beijing.
Publications
[1] A four-parameter rheological model and its hydraulic calculation formulas, Acta Petroleum Sinica
[2] Utility Calculation Method of New Four-Parameter Rheological Model for Drilling Hydraulics, SPE130421
[3] An Integrated Application of Reducing Uncertainties for 3D Pore Pressure Prediction: A Case Study, SPE130390
[4] Improvement and Application of Bowers' Velocity Effective-Stress Method in Pore Pressure Estimation, SPE131199
[5] A new rheological model and its application evaluation, Journal of China University of Petroleum
[6] Design and calculation of a MPD model with constant bottom hole pressure, Petroleum Exploration and Development
[7] Design and Calculation of a MPD Model with Constant Bottom Hole Pressure, Petroleum Exploration and Development
[8] An Analysis of Axial Tubing Vibration in a High-Pressure Gas Well, Petroleum Science and Technology
[9] A fluid-solid coupled oscillation model for completion string and its application in high pressure gas well, Acta Petroleum Sinica
[10] Analysis of fluid-structure interaction of completion string system in high pressure gas well, Journal of Vibration and Shock
[11] Correlation of Rheometric Data and Hydraulic Calculations Using Four-Parameter Rheological Model, Petroleum Science and Technology
[12] Estimating Sand-Shale Formation Pore Pressure, Petroleum Science and Technology
[13] Estimating Formation Pore Pressure in Tectonic Compression Zones, Petroleum Science and Technology
[14] Rheological parameter calculation with a four-parameter model and its application evaluation, Acta Petroleum Sinica
[15] Investigation and application of a discrimination method for abnormal high formation pressure forming mechanism, Journal of China University of Petroleum
[16] Data Warehouse Design and Optimization for Drilling Engineering, The Open Petroleum Engineering Journal
[17] A New Model of ROP Prediction for Drilling Engineering with Data Mining Technology, Advances in Information Sciences and Services Sciences
[18] A New Algorithm of AHP-BP Applied in Petroleum Engineering, International Journal of Applied Mathematics and Statistics
[19] A Comprehensive Methodology of Calculating Hydraulic Parameters in Real Time and the Monitoring System, SPE/IADC -166759
[20] A Comprehensive Hydraulic Calculation Method of Non-Newtonian Fluids Used Four-Parameter Model, SOCAR Proceedings
[21] General method of calculation annular laminar pressure drop of drilling fluid with different rheological models, Petroleum Exploration and Development
[22] A high precision method for calculating laminar pressure drop of drilling fluid in pipe flow with different rheological models, Journal of China University of Petroleum
[23] A New Utility Calculation Model for Axial Flow of Non-Newtonian Fluid in Concentric Annuli, The Canadian Journal of Chemical Engineering
[24] A Generalized Hydraulic Calculation Model for Non-Newtonian Fluid Pipe Flow and its Application Evaluation, SOCAR Proceedings
[25] Utility Hydraulic Calculation Model of Herschel-Bulkley Rheological Model for MPD Hydraulics, SPE171443
[26] Real-Time Prediction and Optimization of Drilling Performance Based on a New Mechanical Specific Energy Model, Arabian Journal for Science and Engineering
[27] A Real-time Warning System for Identifying drilling Accidents, SPE172303
