Mathematical model automotive part shape optimization using metaheuristic method-review

Abstract Metaheuristics, and especially Evolutionary Algorithms, are the most well-known technique these days to handle these problems. In this paper we dissected different new metaheuristic structures for understanding MOPs. Our motivation was to get to know open lines of research related to metaheuristics yet with an Focus on less investigated areas of interest. Our reason was to know open lines of research related to metaheuristics but to pay attention to less investigated areas of premium development. We have focused under vulnerability on elective metaheuristic systems, cross-breed strategies, equal metaheuristics and multi-target advancement. The study of these techniques shows that they have not been fully investigated despite the fact that there are numerous works associated with them, and there are many open lines of research. We expect this paper to be valuable, particularly for those scientists who are looking for new professions in the field of multi-target streamlining metaheuristics.