3 edition of **Numerical simulation of gas pipeline networks** found in the catalog.

- 170 Want to read
- 13 Currently reading

Published
**2005**
by Izd-vo "KomKniga" in Moscow
.

Written in English

- Natural gas pipeline -- Mathematical models

**Edition Notes**

Includes bibliographical references.

Statement | R.I. Ilʹkaev ... [et al.]. |

Contributions | Ilʹkaev, R. I. |

Classifications | |
---|---|

LC Classifications | TN880.5 .N85 2005 |

The Physical Object | |

Pagination | 719 p. : |

Number of Pages | 719 |

ID Numbers | |

Open Library | OL23728530M |

ISBN 10 | 5484003520 |

LC Control Number | 2009413450 |

Gas Networks TU Berlin Summer Semester Lecture on J Modelling, Simulation and Optimization 3. Networks 4. Optimization of Gas Networks – the FORNE Project 5. SCIP for MINLP 6. Conclusions Martin A trivial pipeline network The . Numerical Simulation on the Dispersion of Natural Gas Releases from a Buried Pipeline Yajun Deng, Hao Hou, Lichao Fang, Qing Yuan, Bo Yu & Yongtu Liang To cite this article: Yajun Deng, Hao Hou, Lichao Fang, Qing Yuan, Bo Yu & Yongtu Liang (): Numerical Simulation on the Dispersion of Natural Gas Releases from a Buried Pipeline, Heat.

NUMERICAL RESULTS. Pipeline Network Simulation. The numerical routines of the simulator are applied to the network presented in Figure 2. This network is composed of 28 pipelines connected with 26 vertices. The lengths and diameters of the pipelines are given in Table 2. The absolute roughness of the pipelines is 46 m m and the thickness is 0. From the standpoint of mathematical physics, a CFD-simulator performs numerical simulation of steady and transient, non-isothermal processes of a gas mixture flow in long, branched, multi-line, multi-section gas pipeline network. Such simulation is aimed at obtaining high-accuracy estimates of the actual distribution (over time and space) of Cited by: 1.

() An explicit staggered-grid method for numerical simulation of large-scale natural gas pipeline networks. Applied Mathematical Modell H. by: Ili}, M. N., et al.: Numerical Simulation of Wall Temperature on Gas Pipeline S THERMAL SCIENCE, Year , Vol. 16, Suppl. 2, pp. SS – Transport equation for the mixture fraction f [4] (v) t m user t f f f S S t (7) The source term S m is due solely to transfer of mass into the gas phase from liquid fuel droplets or reacting particles (e. g. coal).Cited by: 2.

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Numerical Simulation of Gas Pipeline Networks: Theory, computational implementation, and industrial applications [R. Il'kaev] on *FREE* shipping on qualifying offers. Numerical Simulation of Gas Pipeline Networks: Theory, computational implementation, and industrial applicationsAuthor: R. Il'kaev.

Numerical Simulation of Gas Pipeline Networks: Theory, computational implementation, and industrial applications ['kaev, V. Seleznev, V. Aleshin, G. Klishin] on Numerical simulation of gas pipeline networks book shipping on qualifying offers.

Numerical Simulation of Gas Pipeline Networks: Theory, computational implementation, and industrial applicationsAuthor: 'kaev, V.

Seleznev, V. Aleshin. The book considers computation technologies and methods for numerical simulation intended for solving the problems of improving the operational safety and the efficiency of industrial gas pipeline networks.

Mathematical model for the hydraulic simulation of natural gas pipeline networks. For a brief and clear description of the DIMENS method, the pipeline network in this paper only includes pipelines.

Therefore, the pipeline components are only considered in the mathematical mode. Hydraulic governing equations of natural gas pipelinesCited by: 8. This article describes numerical simulation of gas pipeline network operation using high-accuracy computational fluid dynamics (CFD) simulators of the modes of gas mixture transmission through long, multi-line pipeline systems (CFD-simulator).

The approach used in CFD-simulators for modeling gas mixture transmission through long, branched, multi-section Cited by: A network formulation is introduced for the modeling and numerical simulation of complex gas transmission systems like a multi-cylinder internal combustion engine.

Several simulation levels are discussed which result in different network representations of a specific system. Basic elements of a network are chambers of finite volume, straight pipes and Cited by: 7.

Transient flow simulation of municipal gas pipelines and networks using semi implicit finite volume method Article (PDF Available) in Procedia Engineering – December. This information is used for the control of gas pressure and for planning repairs in a timely manner.

Therefore, a numerical model and a computer code have been developed for the simulation of natural gas transients in pipelines. The developed approach is validated by simulations of test cases from the open by: 1.

By using asymptotic analysis we derive most of the known and also new nonisothermal pipeline models starting from transient gas equations.

We introduce proper scalings to identify valid regimes for the derived models and extend them to networks. Finally, we perform numerical simulations on a single pipe as well-posed as on a small by: International Journal for Numerical Methods in Fluids.

Volume 4, Issue 1. Article. Simulation of transient gas flows in networks. Osiadacz. Department of Control Engineering, Institute of Oil and Gas, Warsaw, Poland. Search for more papers by this author.

by: 4 Numerical example and experience: optimal operation of a gas network 15 5 Quality, supply, and cost tracking 16 operational steady state simulation and optimization of gas pipeline networks. that perform a dynamic simulation of gas Size: KB.

This research study focuses on the dynamic modeling and simulation of a gas distribution pipeline network. Gas ducts are the main component in such kind of networks, so they have been described in more detail. It has been given the set of PDE governing the pressure and flow dynamics and two simplified models have been by: Gas networks simulation or Gas Pipeline Simulation is a process of defining the mathematical model of gas transmission and gas distribution systems, which are usually composed of highly integrated pipe networks operating over a wide range of pressures.

Simulation allows to predict the behaviour of gas network systems under different conditions. Such predictions can be. We consider gas flow in pipeline networks governed by the isothermal Euler equations and introduce a new modeling of compressors in gas networks.

Compressor units are modeled as pipe–to–pipe intersections with additional algebraic coupling conditions for the compressor behavior. We prove existence and uniqueness of solutions with respect to these conditions Cited by: For simulation purposes, we apply appropriate numerical methods and show in an experimental study how gas-to-power might influence the dynamics of the.

Key words. gas dynamics, pipeline simulation, operator splitting AMS subject classiﬁcations. 35L60,65M25, 65Z05 1. Introduction. Economic and technological changes have driven an increase in natural gas usage for power generation, which has created new challenges for the operation of gas pipeline Size: KB.

KomKniga,pages, ISBN: The book considers computation technologies and methods for numerical simulation intended for solving the problems of improving the operational safety and the efficiency of industrial gas pipeline networks.

This approach is based on modern. Steel gas pipelines may be subjected to buckling failure under large compressive straining, caused by seismically induced ground deformations.

This paper further elaborates on the buckling response of this type of networks, through the presentation of representative results from a series of axial compression static analyses that were conducted Cited by: 2.

Computational Fluid Dynamics Methods for Gas Pipeline System Control 2. Simulation of multi-line GPS by CFD-simulator Multi-line GPS are long, branched, multi-section pipelines.

For numerical evaluation of parameters of steady and transient, non. For new submarine hot oil pipelines, accurate simulation of preheating is difficult owing to complex transient flow and coupled heat transfer happening. Using quasi-steady equations to simulate preheating is inadequate as the hydraulic transient phenomenon is neglected.

Considering this fact, this paper constructs an unsteady flow and heat transfer coupled mathematical model for Author: Yong Wang, Nan Wei, Dejun Wan, Shouxi Wang, Zongming Yuan. • Could be used solely for pipeline network optimization as well as for modeling coordinated operation of natural gas pipeline system and electric networks • GSO models, algorithms, key engineering constraints –see A.

Zlotnik, M. Chertkov, and S. Backhaus, “Optimal control of transient flow in natural gas networks,” in 54th IEEEFile Size: 1MB.How to choose simulation software according to the actual situation is the question deserving our discussion. Through the use of the two softwares in a multi-gas sources natural gas pipe network static and dynamic simulation, we found that: the simulation results .We propose an adaptation method for gas dynamic pipeline network models to enable credible representation of actual properties of real simulation objects.

The presentation is illustrated by fitting equivalent pipeline section roughnesses used in the models to accommodate the influence of flow resistance on gas transport parameters. The method is based on the setting up and Author: Vadim E.

Seleznev.