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      Modeling and Experimental Performance Results of a Three-stage Proportional Flow Control Valve

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      https://www.riss.kr/link?id=A103829737

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      다국어 초록 (Multilingual Abstract)

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      This work was carried out to simulate and validate the developed mathematical model. The results from the simulation were then compared with the results from experiments. The main goal of this work was to validate the theoretical model developed by the equations from fluid dynamics. Two aspects of the model, which are investigated, include the flow rate characteristics and the time response characteristics of the valve. Flow rate and time response are one of the primary indicators of the behavior of a hydraulic valve because it affects the working of a hydraulic valve and hence, the overall circuitry of the hydraulic system which the valve operate in. In short, we can say that the purpose of this study was to observe how accurate our mathematical model is under certain conditions of operation.
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      This work was carried out to simulate and validate the developed mathematical model. The results from the simulation were then compared with the results from experiments. The main goal of this work was to validate the theoretical model developed by th...

      This work was carried out to simulate and validate the developed mathematical model. The results from the simulation were then compared with the results from experiments. The main goal of this work was to validate the theoretical model developed by the equations from fluid dynamics. Two aspects of the model, which are investigated, include the flow rate characteristics and the time response characteristics of the valve. Flow rate and time response are one of the primary indicators of the behavior of a hydraulic valve because it affects the working of a hydraulic valve and hence, the overall circuitry of the hydraulic system which the valve operate in. In short, we can say that the purpose of this study was to observe how accurate our mathematical model is under certain conditions of operation.

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      목차 (Table of Contents)

      • Abstract
      • 1. Introduction
      • 2. Valve Schematic
      • 3. Experimental Results
      • 4. Simulation Results
      • Abstract
      • 1. Introduction
      • 2. Valve Schematic
      • 3. Experimental Results
      • 4. Simulation Results
      • 5. Discussion and Comparison of Results
      • 6. Conclusion
      • References
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