Titlebook: Discrete Structural Optimization; IUTAM Symposium Zako Witold Gutkowski,Jacek Bauer Conference proceedings 1994 Springer-Verlag, Berlin Hei

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https://doi.org/10.1007/978-1-4615-7993-9he design parameters. A two-level procedure is developed which allows to determine number of elements and optimal segmentation for beam, plate or truss structures. Some illustrative examples are treated in details.

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https://doi.org/10.1007/978-0-387-09515-8solutions. Due to the high optimization capability of modern OC methods, the latter provides simultaneous optimization of geometry and topology, with a high degree of accuracy. Finally, a new, extended optimal layout theory for multiload, multipurpose structures is outlined and applications to particular classes of problems given.

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Deepak G. Nair,Robert B. Smith III matrix form. The validity of the proposed method is demonstrated by the numerical example concerning with out-of-plane bending of a planar frame structure, for which the homologous constraint is set to keep a member straight.

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Conference proceedings 1994among continuous sets. Optimum sizing from lists of available profiles, segmentation; as well as allocation and number of supports, sensors or actuators, are good exam­ ples of such problems for which design variables may be chosen only from finite sets. The above problems are having not only import

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A Random-Search Approach to Multicriterion Discrete Optimization,veloped. The program has an interactive character and all optional parts of the method are run on the basis of a dialogue with the computer. Finally the real - life application example dealing with an optimum design of a gear set is discussed.

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Support Number and Allocation for Optimum Structure,er how to support our bridge to achieve the lowest cost, both of structural material and supports. With assumed configuration of structural nodes and members we may assume that the cost of assembling is constant and may be omitted in cost function.