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Synthesis of space truss based on dynamic criteria
Development of computer program for automated design of hyperstatic truss structures subject to alternative resonant frequency requirements; program is based on extending fully-stressed design concept to include resonant frequency requirements; procedure involves iterative process of analysis and automated redesign to select optimum member sizes; use of program in design of hyperstatic truss structures for current space program is described; graphical results are presented on behavior of various structural parameters during design procedure; computer times are of 5 min per design; program was used repeatedly to investigate alternative truss configurations and design restraints.
Synthesis of space truss based on dynamic criteria
Development of computer program for automated design of hyperstatic truss structures subject to alternative resonant frequency requirements; program is based on extending fully-stressed design concept to include resonant frequency requirements; procedure involves iterative process of analysis and automated redesign to select optimum member sizes; use of program in design of hyperstatic truss structures for current space program is described; graphical results are presented on behavior of various structural parameters during design procedure; computer times are of 5 min per design; program was used repeatedly to investigate alternative truss configurations and design restraints.
Synthesis of space truss based on dynamic criteria
ASCE -- Proc (J Structural Div)
Young, Jr., J.W. (author) / Christiansen, H.N. (author)
1966
18 pages
Article (Journal)
English
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Space Truss Connection Point Radiation Brackets and Space Truss Structures
| European Patent Office | 2020