Structural optimization encompasses much more than just solving numerical optimization problems. As computer capabilities increase, the entire process of modeling structural optimization problems must be considered. In particular, the creation, transformation and evaluation of the underlying concepts, rather than just brute numerical power, are becoming a more and more dominant factor in finding safe-guarded solutions. In this paper a layer-based model of the total structural optimization process is presented. Each layer contains individual components, a major number of which are of non-numerical nature.
Computerization of the non-numerical components requires new programming paradigms. The selection of an appropriate optimization method, to be discussed as a typical non-numerical problem, is difficult because a wide variety of distinct methods exist. Therefore, automated assistance based upon experience and knowledge gained through current research is of prime interest.
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Hartmann, D., Lehner, K. Non-numerical modeling techniques in structural optimization. Structural Optimization 4, 172–178 (1992). https://doi.org/10.1007/BF01742740
- Optimization Process
- Individual Component
- Modeling Technique
- Structural Optimization
- Entire Process