Author:
Antonova Valeria,Alekseev Stanislav,Tarasov Aleksei,Scheglova Natalia,Klyavin Oleg,Borovkov Aleksei
Abstract
The article shows the relevance of creating digital twins and conducting topological and topographic optimizations as part of improving the physical and mechanical properties of car parts using the example of a car hood. A description of the existing optimization methods is given and the principle of the SIMP method is described. The results of optimizing the design of the hood of the car using this method are presented. We demonstrate that using modern approaches to modelling and optimization of automobile parts makes it possible to achieve targets in the design and redesign, to achieve sufficient structural strength while maintaining or reducing the mass of the original structure. It is shown that modelling allows providing an array of information on the optimized part as soon as possible, as well as reducing the consumption of materials used to create it.
Reference20 articles.
1. Lawrence R. and Heron C., in 2016 IEEE Pulp, Pap. For. Ind. Conf. (IEEE, 2016), pp. 174–181
2. Rachev S., Dimitrov L., Karakoulidis K., Ivanov I. D., and Anghel Drugarin C.-V., in 2018 Int. Conf. Appl. Theor. Electr. (IEEE, 2018), pp. 1–6
3. Modelling of Pulp Flow Rate with Variable Consistency
4. OPERATION EXPERIENCE OF CENTRIFUGAL SINGLE-STAGE PUMPS IN «ALROSA» JOINT STOCK COMPANY
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