Parametric optimization of the design based on the genetic algorithm for evolutionary calculations of a tank for transportation of compressed or liquefied gases
The problem of parametric multicriteria optimization of the tank vessel structures for the transportation of the compressed or liquefied gases is solved on the basis of a genetic algorithm for scanning the design space. The choice of the optimal geometric tank parameters is an important prerequisite for ensuring the technical and economic efficiency of multimodal transportation with the provision of the maximum specified axial and linear loads. Optimization of the design parameters of the basic tank design allows you to increase the rigidity of the structure and reduce the consumption of materials.