Abstract
Purpose. Application of methods of optimization to planning of monolithic flat plate reinforced concrete frameworks with the purpose of reduction of charges of armature steel and concrete at their building. Methodology. Application of flat plate reinforced concrete frameworks is perspective direction for providing of citizens an accessibleaccommodation. The rational planning of flat plate reinforced concrete frameworks of building it is suggested to carry out the methods of structurally self-reactance optimization and discretely continuous mathematical programming. For a decision the set problem the methods of the constrained optimization are used. Findings. The algorithm of calculation of framework of much-storied building is worked out. An algorithm will be realized by accessible facilities and does not need creation of the special computer programs. Originality. Combination of methods of discrete and continuous optimization for the calculation of reinforced concrete constructions. Practical value. Application of method gives an opportunity to design effective flat plate reinforced concrete frameworks for building of accessible accommodation.
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