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    Dynamic analysis of lattice towers

    New search for: Blandford, G.E.
    New search for: Sparling, B.

    A review of techniques for the dynamics analysis of self-supporting and guyed lattice towers is presented. Both linear and nonlinear response is considered. For linear analysis, mode superposition using eigenvalue decomposition or load dependent Ritz vector approaches is considered along with response spectrum and time history analyses. In the nonlinear case, nonlinear stiffness models are presented for truss members, guy cables, frame members, and flexible connections. Dynamic analysis for the nonlinear response of lattice towers is restricted to time history analysis.

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    Dynamic analysis of lattice towers

    New search for: Blandford, G.E.
    New search for: Sparling, B.

    A review of techniques for the dynamics analysis of self-supporting and guyed lattice towers is presented. Both linear and nonlinear response is considered. For linear analysis, mode superposition using eigenvalue decomposition or load dependent Ritz vector approaches is considered along with response spectrum and time history analyses. In the nonlinear case, nonlinear stiffness models are presented for truss members, guy cables, frame members, and flexible connections. Dynamic analysis for the nonlinear response of lattice towers is restricted to time history analysis.

    Access

    Access via TIB
    Check availability in my library

    Dynamic analysis of lattice towers

    New search for: Blandford, G.E.
    New search for: Sparling, B.

    A review of techniques for the dynamics analysis of self-supporting and guyed lattice towers is presented. Both linear and nonlinear response is considered. For linear analysis, mode superposition using eigenvalue decomposition or load dependent Ritz vector approaches is considered along with response spectrum and time history analyses. In the nonlinear case, nonlinear stiffness models are presented for truss members, guy cables, frame members, and flexible connections. Dynamic analysis for the nonlinear response of lattice towers is restricted to time history analysis.

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    Check availability in my library

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    Title:

    Dynamic analysis of lattice towers

    Contributors:

    Blandford, G.E. (author) / Sparling, B. (author)

    Published in:

    Structural Engineering in the 21st Century, Structures Congress, 1999 ; 975-978

    Structures Congress - Proceedings

    Publication date:

    1999

    Size:

    4 Seiten, 8 Quellen

    Type of media:

    Conference paper

    Type of material:

    Print

    Language:

    English

    Keywords:

    Strukturanalyse , dynamisches Verhalten , Eigenwert , Steifigkeit , dynamische Belastung , Freiheitsgrad , Bewegungsgleichung , mathematisches Modell , Finite-Elemente-Methode , Dämpfung , Gittermast

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