M.L Sanderson

H Yeung

Flow Measurement and Instrumentation

流量测量和仪表致力于传播关于流量测量各个方面的最新研究成果，包括封闭管道和明渠。流量测量系统的设计涉及广泛的多学科活动，包括通过使用计算技术对流量传感器、流体流动和传感器/流体相互作用进行建模；先进传感器系统及其相关信号处理的开发以及在理想和受干扰条件下对整个系统的实验室和现场评估。FMI 是关键信息交换的重要论坛，特别鼓励在以下感兴趣的领域做出贡献：建模：将数学和计算模型应用于流体动力学与流量计的相互作用，包括流量计行为、改进的流量计设计和安装问题。 CAD/CAE 技术在流量计建模中的应用是合格的。设计和开发：流量计头的详细设计和/或新型流量计的信号处理方面。重点是确定新传感器配置、多传感器流量测量系统、非侵入式流量计量技术以及微电子技术在智能或智能系统中的应用的论文。校准技术：包括对新的或现有校准设施和技术的描述，校准数据来自不同的流量计类型，以及来自不同实验室的校准比对数据。安装效果数据：处理非理想流量条件对流量计的影响。特别欢迎将流量计行为的理论理解与实验工作相结合的论文。

The journal "Flow Measurement and Instrumentation" is dedicated to disseminating the latest research findings in the field of flow measurement, covering both closed pipe and open channel flow measurement. The design of flow measurement systems involves a wide range of multidisciplinary activities, including modeling flow sensors, fluid flow, and sensor-fluid interactions using computational techniques; developing advanced sensor systems and their associated signal processing; and conducting laboratory and field evaluations of the entire system under ideal and disturbed conditions. FMI serves as a key forum for information exchange, particularly encouraging contributions in the following areas of interest: Modeling: Applying mathematical and computational models to the interaction between fluid dynamics and flow meters, including flow meter behavior, improved flow meter design, and installation issues. The application of CAD/CAE technologies in flow meter modeling is also qualified. Design and Development: Detailed design of flow meter heads and signal processing aspects of new flow meters, focusing on identifying new sensor configurations, multi-sensor flow measurement systems, non-intrusive flow measurement technologies, and the application of microelectronics in intelligent systems. Calibration Techniques: Including descriptions of new or existing calibration facilities and techniques, with calibration data from different types of flow meters and calibration comparison data from various laboratories. Installation Effect Data: Addressing the impact of non-ideal flow conditions on flow meters. Papers that combine theoretical understanding of flow meter behavior with experimental work are particularly welcomed.

《Flow Measurement and Instrumentation》期刊致力于传播流量测量领域的最新研究成果，涵盖封闭管道和明渠的流量测量。流量测量系统的设计涉及多学科的广泛活动，包括利用计算技术对流量传感器、流体流动及其相互作用进行建模；开发先进的传感器系统及其相关信号处理技术，并在理想和受干扰的条件下对整个系统进行实验室和现场评估。FMI是一个重要的信息交流论坛，特别鼓励在以下领域做出贡献：建模：将数学和计算模型应用于流体动力学与流量计的相互作用，包括流量计行为、改进的流量计设计和安装问题。CAD/CAE技术在流量计建模中的应用也是合格的。设计与开发：流量计头的详细设计和新型流量计的信号处理，重点在于确定新传感器配置、多传感器流量测量系统、非侵入式流量计量技术以及微电子技术在智能系统中的应用。校准技术：包括对新或现有校准设施和技术的描述，校准数据来自不同类型的流量计，以及来自不同实验室的校准比对数据。安装效果数据：处理非理想流量条件对流量计的影响。特别欢迎将流量计行为的理论理解与实验工作相结合的论文。

Guidelines for the use of ultrasonic non-invasive metering techniques

The Guidelines identify the range of possible non-invasive technologies which can be employed for the measurement of pipe flows and installation, pipework, fluid and operational effects on clamp-on transit time ultrasonic flowmeters, together with effects which may be specific to particular manufacturers.

Category	Quartile
工程技术	3
工程技术, 工程机械	3
工程技术, 仪器仪表	3

Guidelines for the use of ultrasonic non-invasive metering techniques

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Journal Info

Category	Quartile
INSTRUMENTS & INSTRUMENTATION	2