Modeling of Main Gas Pipelines at Change of Pressure at the Beginning and Speed of Movement at the End of Pipe

Hasan Huseynov; Cherkez Yusubov

doi:10.4028/p-Oo7BDH

Paper Titles

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Increase in Resource Reserves due to the Reliability of the Track on the Railways
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A Detailed Analysis of External Ballistics and a Study of Factors Affecting the Projectile Range
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Modeling of Main Gas Pipelines at Change of Pressure at the Beginning and Speed of Movement at the End of Pipe
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Method for Reducing Fuel Consumption when Roasting Pellets from Magnetite Iron Ore Concentrate
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Application of Artificial Intelligence in the Process of Adsorption Purification of Isobutane, Isobutylene and Benzene from Impurities
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Correct Installatıon of Measurıng Instruments and Determınatıon of Errors by Checkıng the Equıpment
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Determination of the Uncertainty of the Dimensions of Weight Stones in Mass Measurements in Maritime Shipping
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HomeEngineering HeadwayEngineering Headway Vol. 7Modeling of Main Gas Pipelines at Change of...

Modeling of Main Gas Pipelines at Change of Pressure at the Beginning and Speed of Movement at the End of Pipe

Abstract:

The article analyzed non-stationary processes in gas transmission systems and their emergency modes. A simplified numerical method was applied based on the theory of impulse systems for calculating unsteady processes in complex systems of main gas pipelines. The quality of the mathematical apparatus used the discrete Laplace transform. Recurrence ratios were obtained that contribute to a significant increase in the accuracy of calculations of pressure and speed changes at any point of the main gas pipeline at any time and are easily implemented on a computer.

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Periodical:

Engineering Headway (Volume 7)

Pages:

37-44

DOI:

https://doi.org/10.4028/p-Oo7BDH

Citation:

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Online since:

April 2024

Authors:

Hasan Huseynov, Cherkez Yusubov*

Keywords:

Discrete Laplace Transform, Gas Transmission Systems, Numerical Method, Theory of Pulse Systems, Transient Processes

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* - Corresponding Author

References

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