
Structural optimization methods of high both geometric and physical informational content are suggested for complicated FEA models, especially with design variables vector of high dimension, to minimize numbers of straight calculation procedure activation. Computational stages are investigated. The developed mathematical apparatus application are examined.
метод конечных элементов, метод последовательной линеаризации, методы оптимизации, машиностроительные конструкции, область варьирования, системы проектирования
метод конечных элементов, метод последовательной линеаризации, методы оптимизации, машиностроительные конструкции, область варьирования, системы проектирования
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