The paper is concerned with tools for optimum structural design that can taken into account the industrial production of structural elements. Standardization is considered here as the result of minimizing the cost as a function of both element sizes and numbers of identical elements. The optimum value of the design variables obtained by traditional minimum weight (volume) design is taken as the starting point for the present procedure. Dynamic programming is used for standardization decisions. The method seems to be particularly effective when the cost function for each element size can be regarded as the sum of a constant term (initial investment) and a term that is proportional to the number of identical elements (cost of production).
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The original idea for the present approach, developed in Section 2, was suggested by Professor N. Distefano. The author will always remember this with gratitude.
The author expresses his thanks to Prof. Dr. W. Prager for reviewing the paper.
Communicated by W. Prager
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Vitiello, E. Standardization and optimum structural design by dynamic programming. J Optim Theory Appl 23, 183–191 (1977). https://doi.org/10.1007/BF00932306
- Discrete systems
- structural optimization
- minimum cost design
- dynamic programming