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2 edition of Methods of investigating phenomena arising from non-linearities in power systems. found in the catalog.

Methods of investigating phenomena arising from non-linearities in power systems.

Kenneth Stephen Julien

Methods of investigating phenomena arising from non-linearities in power systems.

  • 47 Want to read
  • 34 Currently reading

Published by University of British Columbia in [Vancouver] .
Written in English

    Subjects:
  • Electric currents.

  • The Physical Object
    Paginationxi, 195 l.
    Number of Pages195
    ID Numbers
    Open LibraryOL16610095M

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Methods of investigating phenomena arising from non-linearities in power systems. by Kenneth Stephen Julien Download PDF EPUB FB2

Mathematical methods for investigating power-system phenomena arising from non-linearities are developed in this thesis. Most information available about power-system phenomena arising from non-linear effects is obtained from two main sources of research: field tests and miniature representation experiments.

The use of equivalent circuits describing the physical system and the application of Author: Kenneth Stephen Julien. The main fault of the approximate methods (except stochastic linearization) is the fact that even for a few dimensional nonlinear systems of stochastic differential equations the number of moment.

Non-linear dynamical structures depending on control parameters are encountered in many areas of science and engineering. In the Methods of investigating phenomena arising from non-linearities in power systems. book of non-linear dynamical systems depending on a given control parameter, the stability analysis and the associated non-linear behaviour in a near-critical steady-state equilibrium point are two of the most important points; they make it possible to validate Cited by: A large variety of variational and perturbative methods commonly used for nonlinear oscillatory systems, especially for strongly nonlinear oscillators have been recently extended for instance, one.

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In order to account for these non-linearities, the system stiffness and inertia properties have to be iteratively updated during the dynamic analysis. This is the second edition of a book, first published inand is divided into two parts: the first contains Methods of investigating phenomena arising from non-linearities in power systems.

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