A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Automated limit state design of steel structures
A comprehensive computer-based method is presented for the optimum design of large prismatic box-girder structures, using a limit state approach. The method contains three principal features: (i) a rapid, design-oriented finite element program developed especially for structural optimization; (ii) a comprehensive set of subroutines for the accurate estimation of the various modes of ultimate strength and other limit responses, most of which are highly non-linear; (iii) an optimization method based on a new from of sequential linearization which is capable of solving the resulting large-scale, non-linear, highly constrained optimization problem. The objective may be any continuous non-linear function of the design variables, such as weight or cost.
Automated limit state design of steel structures
A comprehensive computer-based method is presented for the optimum design of large prismatic box-girder structures, using a limit state approach. The method contains three principal features: (i) a rapid, design-oriented finite element program developed especially for structural optimization; (ii) a comprehensive set of subroutines for the accurate estimation of the various modes of ultimate strength and other limit responses, most of which are highly non-linear; (iii) an optimization method based on a new from of sequential linearization which is capable of solving the resulting large-scale, non-linear, highly constrained optimization problem. The objective may be any continuous non-linear function of the design variables, such as weight or cost.
Automated limit state design of steel structures
Rechnergestuetzte Berechnung der Dauerstandfestigkeit von Vollwandtraegern
Hughes, O. (author) / Mistree, F. (author) / Davies, J. (author)
1977
9 Seiten, 6 Bilder, 1 Tabelle, 16 Quellen
Conference paper
English
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