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3Šª
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1993”N
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167-172•Å
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PROCEEDINGS OF THE SYMPOSIUM ON SYSTEM OPTIMIZATION
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Yoshiro KOHAMA,Toyohumi TAKADA,Atsunori MIYAMURA,Akira OHTA
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OPTIMAL ALLOCATION OF SHARE-WALL BY BRANCH-AND-BOUND METHOD
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The allocation problem of shear-walls can be described as a combinatorial optimality of both torsional rigidity and wall weight under constraints from architectural, structural and constructional aspects. This study deal with application of the branch-and-bound method with binary-branching operation to optimal allocation of shear-walls in 3D frames against twisting about a vertical axis. Concerned with effectivity of search for optimal solutions, the present optimality criteria is compared to our previous work[1] which is applied the branch-and-bound method with multi-branching operation.
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branch-and-bound method,combinatorial optimality,structural design,shear-wall allocation problem
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