Dynamic modeling of large-scale networks with application to gas distribution / Jaroslav Králik [and others] ; [translation, Michael Zantovský].

Uniform Title: Modelování dynamiky rozsáhlých sítí, s aplikací na plynárenské systémy. English
Published: Amsterdam ; New York : Elsevier, 1988.
Physical Description: 360 pages : illustrations ; 25 cm.
Additional Creators: Králik, Jaroslav

Availability

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Series

Studies in automation and control ; v. 6.

Contents

METHODS OF SOLUTION OF DIFFERENTIAL EQUATION SYSTEMS FOR THE PURPOSE OF DYNAMIC SYSTEMS SIMULATION: Discussion of the basic methods of numerical integration of differential equations -- Implicity method with intermediate step -- METHODOLOGY OF BUILDING SIMULATION MODELS OF LARGE-SCALE DYNAMIC SYSTEMS: Subsystem and decription -- Decomposition method -- Solution of large-scale systems, when the graph of the interconnections of subsystems is a tree -- General remarks on the decoposition method -- PIPELINE GAS TRANSPORTATION SYSTEMS-BASIC CONCEPTS: Pipeline gases -- Elements of pipeline networks -- Complex large-scale networks -- MATHEMATICAL DESCRIPTION OF GAS FLOW THROUGH A PIPLINE -- FREQUENCY ANALYSIS AND SIMPLICATION OF THE DESCRIPTION OF NONSTATIONARY GAS FLOW THROUGH A PIPELINE: Description of nonstationary flow by transfer functions -- Frequency analysis of the dynamic properties of a model of nonstationary gas flow through a pipeline section -- SPACE DISCRETIZATION AND DECIPTION OF THE DYNAMICS OF GAS FLOW THROUGH A PIPELINE IN A LIMITED TIME INTERVAL: Combined solution method for nonstationary flow and choice of space discretization -- Discussion of space discretization -- Simplified decription of nonstationary gas flow through a pipeline in terms of variables pressure and flowrate -- Discussion of the precision of dynamic models in statioanry states -- ALGORITHMIZATION OF THE SOLUTION OF NONSTATIONARY GAS FLOW IN A PIPEELINE NETWORK: Non-pipe elements-decription of behavior -- Programming methods for operations on sparse matrices -- Numerical solutions by decomposition method -- Gas leakage following pipline rupture -- Gas leakage following pipline rupture -- EXAMPLES OF COMPUTATION: Description of a dynamic measurement experiment -- Comparison of ocmputed and measured time behavior -- Examples of dynamic simulation in large scale and looped networks -- Examples of dunamic simulation in large-scale and looped networks -- Destruction of a long-distance gas-transport pipeline -- SUPPLEMENTS: Mathematical description of stationary gas flow in a pipeline network and methods of solution -- Concentration of inner-off-takes into network nodes -- Characteristics fo compressor stations with turbo-compressor -- SIMONE-auniversal program package for dynamic simulation of pipeline networks.

Subject(s)

Gas distribution—Mathematical models

ISBN

0444989153 (U.S.)

Note

Includes index.
Translation of: Modelování dynamiky rozsáhlých sítí, s aplikací na plynárenské systémy.

Bibliography Note

Bibliography: pages [348]-[353].

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