Chuanfeng Zhao

The Unconventional Petroleum Research Institute

Ph.D

Research associate

Oil and Gas Field Development Engineering

zhaochuanfeng@cup.edu.cn

Research Areas

  • Theory and Application of Oil and Gas Flow through Porous Medium

  • Oil and Gas Field Development Theory and System Engineering

  • Theory and Technology of Unconventional Oil and Gas Production

    

    Personal Profile 

   Click for more details


   Research Group Introduction & Requirements

  • Our ongoing research Topics are listed below.

  • Geological engineering integration;

  • Fluid-solid-thermal coupling and seepage mechanism of deformed porous media;

  • Phase states of high temperature and high pressure fluids.

  • Additional  admissions requirements for interested candidates: Strong logical thinking ability, good at grasping core issues, Prior knowledge in CFD is an added advantage


   Publications

  1. Chuan Feng Zhao ,Grading Limit Determination for Channeling Paths and Particle Size Calculation for Plugging Agents,Petroleum Science and Technology,2011,29(5):506-513.

  2. Chuan Feng Zhao ,Sizing Conformance Control Treatment Based on Law of Gel Transportation Through Porous Media,Advances in Natural Science,2010,3(1):1-11.

  3. 赵传峰,姜汉桥,郭新华,支持向量机在小样本预测中的应用,油气田地面工程,2009,(02):21-23.

  4. 赵传峰,姜汉桥,陈民锋,李秀生,赵仁保,一类特殊的水驱特征曲线研究,石油天然气学报(江汉石油学院学报),2005,(05):626-628+542.

  5. Chuanfeng Zhao,Employing Forced Distribution to Determine Permeability Limits between Ranking Levels of Petroleum Reservoir Layers, 2010 International Conference on Computational Intelligence and Software Engineering (CiSE 2010), 2010.

  6. Chuanfeng Zhao and Xiansong Zhang,Numerical simulation on sensitivity of gel treatment performance to physical and chemical properties, Resources, Environment and Engineering. Aug 2014 , 253 -258.

Contact

This supervisor is currently accepting inquiries.
Complete the following form if you are interested in working with this Supervisor for your Graduate Program:

*All fields are required, unless indicated otherwise.