Accession Number : ADP000079
Title : Rigid-Plastic Minimum Weight Plane Frame Design Using Hot Rolled Shapes,
Corporate Author : AUBURN UNIV AL
Personal Author(s) : Johnson,R. C.
Report Date : 1981
Pagination or Media Count : 6
Abstract : Conventional minimum weight structural design methods generally assume that a continuous spectra of shapes are available; however, actual sections consist of a finite set of discrete sizes. By utilizing discrete programming techniques, it is possible to develop design methods which work directly with the properties of the available sections. A design approach based on the static theorem of plastic analysis is formulated herein. The resulting optimization problem is a mixed integer type. Alternatively, a pure integer linear optimization problem results when the kinematic theorem is used to formulate the problem.
Descriptors : *Structural engineering, *Frames, *Mathematical programming, *Structural mechanics, Structural analysis, Weight reduction, Sizes(Dimensions), Static loads, Theorems, Plastic properties, Decision making, Algorithms, Linear programming, Fortran, Computer programs, Automation
Distribution Statement : APPROVED FOR PUBLIC RELEASE