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Prediction of reservoir brine properties using radial basis function (RBF) neural network

Petroleum 2015年第4期1卷 349-357页

作者： Afshin Tatar Saeid Naseri Nick Sirach Moonyong Lee Alireza Bahadori oung Researchers and Elite Club North Tehran BranchIslamic Azad UniversityTehranIran Department of Petroleum Engineering Ahwaz Faculty of Petroleum Engineering Petroleum University of TechnologyAhwazIran Southern Cross University School of EnvironmentScience and EngineeringPO Box 157LismoreNSWAustralia School of Chemical Engineering Yeungnam UniversityGyeungsanRepublic of Korea

Aquifers,which play a prominent role as an effective tool to recover hydrocarbon from reservoirs,assist the production of hydrocarbon in various *** so-called water flooding methods,the pressure of the reservoir is intensified by the injection of water into the formation,increasing the capacity of the reservoir to allow for more hydrocarbon *** studies have indicated that oil recovery can be increased by modifying the salinity of the injected brine in water flooding ***,various characteristics of brines are required for different calculations used within the petroleum ***,it is of great significance to acquire the exact information about PVT properties of brine extracted from *** properties of brine that are of great importance are density,enthalpy,and vapor *** this study,radial basis function neural networks assisted with genetic algorithm were utilized to predict the mentioned *** root mean squared error of 0.270810,0.455726,and 1.264687 were obtained for reservoir brine density,enthalpy,and vapor pressure,*** predicted values obtained by the proposed models were in great agreement with experimental *** addition,a comparison between the proposed model in this study and a previously proposed model revealed the superiority of the proposed GA-RBF model.

关键词： Reservoir brine intelligent method Density Enthalpy Vapor pressure Radial basis function neural network

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intelligent Design and Layout for Door Hinge Axis and Parting Line

Intelligent Design and Layout for Door Hinge Axis and Partin...

引用

2015中国汽车工程学会年会

作者： Bao Jingru Ding Yi Zheng Wenju Hu Ping BAIC Motor Co. Ltd.R＆D Center Dalian University of Technology

An intelligent sequential design method is proposed for door hinge axis and parting *** relative positions are studied and design areas are drawn to restrict the layout for both of *** instance is carried out with a pair of known axis and parting *** result shows that this sequential method has great feasibility and validity to design hinge axis and parting line.

关键词： door hinge axis parting line design area intelligent method sequential design

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