Experimental study on flow patterns of heavy oil-water two-phase flow in horizontal pipes;
稠油-水两相水平管流流型实验研究
Characteristics of oil-gas-water three-phase flow pattern in horizontal and slightly inclined pipes;
水平及微倾斜管内油气水三相流流型特性
The investigation of gas-liquid two-phase flow patterns on the condition of continuous gas-lift;
连续气举条件下气液两相流流型的研究
Application of chaotic recurrence analysis for identification of oil/water two-phase flow patterns;
混沌递归分析在油水两相流流型识别中的应用
Flow Boiling Heat Transfer and Flow Patterns in Three-Dimensional Micro-finned Helically Coiled Tube;
三维微肋螺旋管内流动沸腾传热与流型
A new computation method of Kolmogorov entropy based on the concept of general entropy was used to extract the complexity of time series in order to characterize the oil/water two phase flow patterns,and was proved reliable by an example of the Mackey-Glass Equation.
采用一种基于广义熵概念的Kolmogorov熵计算方法来提取时间序列的复杂性特征 ,进而对油水两相流流型进行表征 ,用Mackey Glass方程作算例验证了该复杂性特征提取方法的可靠性 。
Characterization of flow regimes of air-water two-phase flow in horizontal pipe using chaotic analysis;
水平管内空气-水两相流流型的混沌特征
Development and application of on-line identification system for flow regime of gas-liquid two-phase flow;
气液两相流型在线识别系统的开发和应用
A new method for identification of flow regime of gas-solid fluidized bed using fractal and fuzzy recognition is presented.
提出一种基于分形和模糊技术的气固流化床流型辨识的新方法 ,将分形技术应用在气固流化床压力波动信号的分析中 ,提取出信号特征值Hurst指数 ,同时结合模糊识别 ,建立模糊识别函数 ,由此来区分气固流化床的不同流型。
The influence of flow type in blast furnace cooling system to USF;
高炉冷却水流型对USF的影响
In order to validate the concept of two generations unsteady flow type-unsteady natural fow type(UNFT)and unsteady cooperative flow type(UCFT)-in axial flow compressor proposed by authors, numerical simulation and experiments are done.
针对作者提出的轴流压气机非定常两代流型———非定常自然流型(UNFT)和非定常耦合流型(UCFT)———概念,本文进行了数值模拟和试验两个方面的验证。
A novel method for the on-line identification of flow regimes of gas-liquid two-phase flowsystem based on the wavelets transform is presented.
本文提出了一种基于小波分析进行气液两相流流型模糊辨识的新方法。
The concept of the Weisman s regime transition zone is applied to the investigation of oil-gas-water three-phase slug flow pattern.
将Weisman流型转化过渡区的概念应用到油 气 水三相弹状流流型的研究中 ,量化了弹状流转化过渡区的边界 。