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Structures, matrices, networks, and computers
Analysis of system of structural elements, as opposed to analysis of behavior of individual structural members is dealt with; network theory and network formulation of analysis are presented, and matrix formulation is summarized for comparison; transformation matrices involved are examined, and formulations compared; it is shown that formulations yield identical equations describing system, but that network formulation has conceptual and computational advantages; it is shown that network formulation can serve as basis for efficient and general computer programs.
Structures, matrices, networks, and computers
Analysis of system of structural elements, as opposed to analysis of behavior of individual structural members is dealt with; network theory and network formulation of analysis are presented, and matrix formulation is summarized for comparison; transformation matrices involved are examined, and formulations compared; it is shown that formulations yield identical equations describing system, but that network formulation has conceptual and computational advantages; it is shown that network formulation can serve as basis for efficient and general computer programs.
Structures, matrices, networks, and computers
ASCE Structural Eng Conference -- Preprint
Fenves, S.J. (author)
ASCE Structural Engineering Conference ; 1964
1964
34 pages
Conference paper
English
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