Optimal Shape Design for Shells of Revolution with Multiple Criteria
Keywords:
Optimal shape of shells, particular mathematical models, functional dependencies, shells of revolution, complete shells, meridian outline, load – bearing capacity, discrete points, meridian shapesAbstract
The article presents a comprehensive approach to solving optimization problems for the shape of revolution shells, considering a complex set of criteria related to geometric, static, and economic parameters. This study addresses the challenge of determining optimal shapes by analyzing the changes in the ratio v/s with varying lifting boom configurations, presented in tabular form. The optimal design of revolution shells is intricate, requiring advanced numerical methods and sophisticated optimization algorithms. The research aims to develop efficient and robust strategies to design high-performance shells that meet modern engineering requirements. The findings underscore the importance of integrating these advanced techniques to achieve optimal structural performance and cost-effectiveness in engineering applications.
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